DTP2 CrossPoint 82 - Switch Extron - Free user manual and instructions

Product Type	Scaling Presentation Matrix Switcher
Model	DTP2 CrossPoint 82
Brand	Extron
Video Inputs	1 DisplayPort, 5 HDMI, 2 DTP2/XTP (8 total)
Video Outputs	1 HDMI (unscaled), 1 DTP2/XTP/HDBT (scaled), 1 HDMI Loop Out
Max Input Resolution	4096x2160 @ 60 Hz (4:4:4)
Max Scaled Output Resolution	3840x2160 @ 30 Hz (4:4:4)
Scaling Technology	Extron Vector 4K with seamless switching
Audio DSP	64-bit floating point ProDSP
Audio Inputs	2 mic/line (with 48V phantom), 2 line, 1 aux line
Audio Outputs	4 line outputs; amplified speaker outputs on IPCP models
HDCP Compliance	HDCP 2.2
DTP Extension	Up to 100 m over shielded CATx cable, remote power capable
Control Methods	Front panel, OSD, RS-232, USB, Ethernet (SIS, PCS, web)
Power Supply	Internal Extron Everlast, 100-240 VAC, 50-60 Hz
Enclosure	1U (base model) or 2U (IPCP models) rack-mountable metal
Safety	FCC Class A, CE, VCCI, UL listed
Maintenance	Keep ventilation clear; clean with dry cloth; use shielded cables
Warranty	3 years (powered products), 7 years on Everlast power supply
Spare Parts / Repairability	No user-serviceable parts; contact Extron for service and replacement

Frequently Asked Questions - DTP2 CrossPoint 82 Extron

How do I reset the DTP2 CrossPoint 82 to factory defaults?

Press and hold the recessed Reset button on the rear panel while powering up the unit. Release the button after 3 seconds (LED blinks) for a partial reset, or hold longer for full reset. See the manual for details.

What is the maximum cable length for DTP extension?

The DTP2 output can transmit video, audio, and control up to 330 feet (100 meters) over shielded CATx cable using Extron DTP transmitters/receivers.

How do I update the firmware?

Download the latest firmware (.eff file) from www.extron.com. Connect via Ethernet, access the internal web page, go to the Firmware panel, click Select File, choose the file, and click Update. The unit will reboot automatically.

Can I use the DTP2 CrossPoint 82 with HDBaseT devices?

Yes, the DTP2/XTP/HDBT output can be configured to HDBaseT mode via the OSD or SIS commands, allowing compatibility with HDBaseT-enabled displays and receivers.

How do I set up EDID management?

Use the on-screen menu or PCS software. In the Input submenu, select INn: EDID to choose from factory EDIDs or capture EDID from a connected display. Up to 10 custom EDID slots are available.

What audio formats are supported?

The switcher supports PCM stereo audio up to 48 kHz, 24-bit. It can embed/de-embed audio from HDMI and analog inputs. For multi-channel audio, use the HDMI output.

How do I lock the front panel to prevent tampering?

Enable Front Panel Lockout (Executive mode) via the OSD Advanced submenu or SIS command. When locked, all front panel buttons are disabled except for unlocking.

Can I control the switcher via RS-232?

Yes. Connect a host device to the Remote RS-232 3-pole captive screw connector. Default baud rate is 9600. Use Extron SIS commands for control.

What is the power consumption?

The base model consumes approximately 30W. IPCP models with amplifier may consume up to 150W depending on audio output. Exact specs are on the Extron website.

How do I mount the unit in a rack?

The unit comes with pre-installed rack ears. Use four screws to mount it to standard 19-inch rack rails. Ensure adequate ventilation; do not block airflow.

USER MANUAL DTP2 CrossPoint 82 Extron

Scaling Presentation Switchers

Three black industrial networking equipment units with ports and connectors, shown from different angles (no visible text or labels)

User Guide Scalers

68-3438-01, Rev. D

Safety Instructions • English

WARNING: This symbol, when used on the product, is intended to alert the user of the presence of uninsulated dangerous voltage within the product's enclosure that may present a risk of electric shock.

ATTENTION: This symbol, ⚠, when used on the product, is intended to alert the user of important operating and maintenance (servicing) instructions in the literature provided with the equipment.

For information on safety guidelines, regulatory compliances, EMI/EMF compatibility, accessibility, and related topics, see the Extron Safety and Regulatory Compliance Guide, part number 68-290-01, on the Extron website, www.extron.com.

All trademarks mentioned in this guide are the properties of their respective owners. The following registered trademarks ( ^® ), registered service marks ( ^SM ), and trademarks ( ^TM ) are the property of RGB Systems, Inc. or Extron (see the current list of trademarks on the Terms of Use page at www.extron.com):

Registered Trademarks (®)

Extron, Cable Cubby, ControlScript, CrossPoint, DTP, eBUS, EDID Manager, EDID Minder, eLink, Everlast, Flat Field, FlexOS, Glitch Free, Global Configurator, Global Scripter, GlobalViewer, Hideaway, HyperLane, IP Intercom, IP Link, Key Minder, LinkLicense, LockIt, MediaLink, MediaPort, NAV, NetPA, PlenumVault, PoleVault, PowerCage, PURE3, Quantum, ShareLink, Show Me, SoundField, SpeedMount, SpeedSwitch, StudioStation, System INTEGRATOR, TeamWork, TouchLink, V-Lock, VideoLounge, VN-Matrix, VoiceLift, WallVault, WindoWall, XPA, XTP, XTP Systems, and ZipClip

Registered Service Mark(SM): S3 Service Support Solutions

Trademarks (TM)

AAP, AFL (Accu-RATE Frame Lock), ADSP (Advanced Digital Sync Processing), AVEdge, CableCover, CDRS (Class D Ripple Suppression), Codec Connect, DDSP (Digital Display Sync Processing), DMI (Dynamic Motion Interpolation), Driver Configurator, DSP Configurator, DSVP (Digital Sync Validation Processing), EQIP, FastBite, Flex55, FOX, FOXBOX, IP Intercom HelpDesk, MAAP, MicroDigital, Opti-Torque, PendantConnect, ProDSP, QS-FPC (QuickSwitch Front Panel Controller), Room Agent, Scope-Trigger, SIS, Simple Instruction Set, Skew-Free, SpeedNav, Triple-Action Switching, True4K, True8K, VectorTM 4K, WebShare, XTRA, and ZipCaddy

FCC Class A Notice

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC rules. The Class A limits provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause interference. This interference must be corrected at the expense of the user.

ATTENTION:

• This unit was tested with shielded I/O cables on the peripheral devices. Shielded cables must be used to ensure compliance with FCC emissions limits.
• For more information on safety guidelines, regulatory compliances, EMI/EMF compatibility, accessibility, and related topics, see the Extron Safety and Regulatory Compliance Guide on the Extron website.

VCCI-A Notice

CAUTION: For MA 70 models, touching uninsulated amplifier terminals or wiring may results in an unpleasant sensation.

This product contains a battery. Do not open the unit to replace the battery. If the battery needs replacing, return the entire unit to Extron (for the correct address, see the Extron Warranty section on the last page of this guide).

CAUTION: Risk of explosion. Do not replace the battery with an incorrect type. Dispose of used batteries according to the instructions.

Conventions Used in this Guide

Notifications

The following notifications are used in this guide:

CAUTION: Risk of minor personal injury.

NOTE: A note draws attention to important information.

TIP: A tip provides a suggestion to make working with the application easier.

Software Commands

Commands are written in the fonts shown here:

^AR Merge Scene,,0p1 scene 1,1 ^B 51 ^W^C.0
[01]R000400300004000080000600[02]35[17][03]
Esc X1 *X17 * X20 * X23 * X21 CE ← 

NOTE: For commands and examples of computer or device responses used in this guide, the character "0" is the number zero and "O" is the capital letter "o."

Computer responses and directory paths that do not have variables are written in the font shown here:

Reply from 208.132.180.48: bytes=32 times=2ms TTL=32

C:\Program Files\Extron

Variables are written in italics as shown here:

ping xxx.xxx.xxx.xxx —t
SOH R Data STX Command ETB ETX 

Selectable items, such as menu names, menu options, buttons, tabs, and field names are written in the font shown here:

From the File menu, select New.

Click the OK button.

Specifications Availability

Product specifications are available on the Extron website, www.extron.com.

Extron Glossary of Terms

A glossary of terms is available at https://www.extron.com/technology/glossary.aspx

Contents

Introduction....1

About this Guide....1

Product Description .... 1

Models....2

Integrated Digital Twisted Pair Extension....2

Audio Integration Capabilities and Available Power Amplifiers 3

Features 3

Setup and Configuration Methods....8

Application Diagrams....8

Installation.... 10

Installation Overview 10

Rear Panel Connections....10

Connection Details 16

Analog Audio Connections....16

HDMI Connections....17

Twisted Pair Recommendations for DTP, XTP, and HDBT Communication....19

Operation....20

Front Panel Overview 20

Powering Up 22

Selecting an Input....22

Using the On-Screen Menu System....23

Menu Selection Buttons 23

Menu Overview 23

Using the Menu Screens....25

Device Info Screen....26

Quick Setup Submenu 27

Picture Controls Submenu 28

Input Submenu....30

Output Submenu 33

Audio Submenu....36

Advanced Submenu....38

Communications Submenu 41

Front Panel Lockout (Executive Modes)....41

Presets 42

Input Presets 42

Tie Presets 43

Power Save Modes 43

Reset Modes 43

RS-232 and IR Signal Insertion 44

Ethernet to RS-232 Insertion....45

Captive Screw IR Signal Insertion....47

SIS Configuration and Control....48

Host and Switcher Communication 48

Copyright Messages 48

Password Messages....48

Switcher-initiated Messages 49

Error Responses 49

SIS Overview....50

Using the Command and Response Tables....50

Symbol Definitions 50

Command and Response Tables for SIS Commands....51

Audio Group Master SIS Commands 73

Group master symbol definitions....73

Group Master SIS Command and Response Table....75

Audio DSP SIS Commands....76

DSP SIS Command Structure....76

DSP Command Symbol Definitions 76

DSP SIS Command and Response Table....77

CEC SIS Commands 78

CEC Symbol Definitions....78

Command and Response Table for CEC SIS Commands....79

Configuration Software....81

Software Installation 81

Software Download Center Page 81

Software Connection 82

Device Discovery Panel 82

TCP/IP Panel 84

Offline Device Preview 85

Software Overview 86

Software Menu 86

Device Menu 88

Internal Web Page 90

Accessing the Web Page....90

Web Page Components....91

Device Info Panel....92

Inputs Panel 92

Roles and Permissions Panel 93

Device Status Panel....95

Outputs Panel 96

Firmware Panel....96

Network Settings Panel....97

RS-232 Panel....98

Reference Information 99

Mounting....99

Tabletop Mounting....99

Rack Mounting 99

Downloading Updated Firmware 100

Licensed Third-Party Software Used in the Switchers....102

DTP2 CrossPoint 82 Scaling Presentation Matrix Switchers • Contents viii

Introduction

This section provides general information about this guide and the Extron DTP2 CrossPoint 82 switchers. Topics in this section include:

• About this Guide
• Product Description
- Features
- Setup and Configuration Methods
• Application Diagrams

About this Guide

This guide describes how to install, operate, and configure the DTP2 CrossPoint 82 Seamless Scaling Presentation Matrix Switchers.

In this guide, the model names listed in the table on the next page refer to specific DTP2 CrossPoint 82 models. The terms “switcher” and “matrix switcher” are used interchangeably to refer to any of the DTP2 CrossPoint 82 models.

The following terms refer to groups of DTP2 CrossPoint 82 models:

• "Base model" refers to the basic DTP2 CrossPoint 82 containing no amplifier module.
• "Amplifier models" and "IPCP models" refer to DTP2 CrossPoint 82 IPCP SA and the DTP2 CrossPoint 82 IPCP MA 70 models.

Product Description

The Extron DTP2 CrossPoint 82 switchers are eight-input seamless scaling presentation matrix switchers that support video input signal resolutions up to 4K @ 60 Hz at 4:4:4, and output signals up to 4K @ 30 Hz. All models incorporate Extron Vector 4K seamless scaling technology engineered for the most demanding applications. They feature DisplayPort, HDMI, and DTP2 inputs, an HDMI output, and a scaled DTP2 output extension to send video, audio, and control signals up to 330 feet (100 meters) over a shielded CATx cable.

The DTP2 CrossPoint 82 switchers deliver excellent image quality, fast and reliable automatic switching, Extron ProDSP audio processing (including audio embedding and de-embedding, and Mic/Line mixing with ducking, feedback suppression, and Phantom power), Extron ProDSP audio configuration, seamless video transition effects, logo keying, and HDMI loop-out. The switchers can be controlled and configured via Ethernet, RS-232, or USB.

The DTP2 CrossPoint 82 IPCP SA and IPCP MA 70 models each have a built-in Extron IPCP Pro 355M Control Processor, and an integrated class D power amplifier.

• DTP2 CrossPoint 82 IPCP SA supports stereo audio output from a 2 × 25 watts amplifier.
• DTP2 CrossPoint 82 IPCP MA 70 supports mono audio output from a 100 watts amplifier.

Models

The presentation switchers are available in the following models:

Model Description Inputs Outputs
DTP2 CrossPoint 82 Base model	1U high	1 DisplayPort5 HDMI2 DTP2/XTP	1 HDMI1 DTP2/XTP/HDBT1 HDMI Loop Out
DTP2 CrossPoint 82 IPCP SA Stereo	o amplifier model2U high	1 DisplayPort5 HDMI2 DTP2/XTP	1 HDMI1 DTP2/XTP/HDBT1 HDMI Loop Out
DTP2 CrossPoint 82 IPCP MA 70 7	0 V mono amplifier model2U high	1 DisplayPort5 HDMI2 DTP2/XTP	1 HDMI1 DTP2/XTP/HDBT1 HDMI Loop Out

Integrated Digital Twisted Pair Extension

The DTP2/XTP inputs and DTP2/XTP/HDBT outputs are proprietary signals that are created within any of the Extron DTP Extender systems and transmitted over a single shielded twisted pair (STP) cable.

Depending on the range of the transmitting or receiving device, the twisted pair (TP) inputs and outputs can each travel up to 330 feet (100 meters) without a loss of signal integrity. They also support IR (output only) and RS-232 insertion, and dedicated universal asynchronous receivers and transmitters (UARTs).

Shielded twisted pair cabling with solid center conductor sizes of 24 AWG or better is recommended for optimal performance.

NOTE: Extron XTP DTP 24 shielded twisted pair cable is strongly recommended for optimal performance.

• Input —The DTP2 CrossPoint 82 can receive signals from a remote DTP or DTP2 transmitter (such as the DTP T USW 333) at a conference table, lectern, or wall. It can also be integrated into an XTP CrossPoint matrix switcher system.
• Output —The DTP2 CrossPoint 82 can transmit to a DTP or DTP2, XTP, or HDBaseT receiver or directly to an HDBaseT enabled display device. It can also be integrated into an XTP CrossPoint matrix switcher system.
• Power over DTP —The DTP2 CrossPoint 82 can send power to selected DTP or DTP2 endpoints over the same shielded CATx cable, streamlining system design and installation.

DTP transmitters and receivers are available in compact, low-profile enclosures, and in decorator-style wallplate and floorbox versions to suit the installation requirements of a specific application.

RS-232 and IR signal insertion

The DTP2 inputs and output support bidirectional Ethernet to RS-232 insertion. Ethernet insertion allows you to employ Ethernet drivers from either the local controller (IPCP models only) or an external controller connected on the IP network.

IR output signals can be inserted from a control system and transmitted over the single shielded CATx cable together with the video and audio, enabling control of a display.

Matrix switcher integration

In addition to supporting DTP endpoints, the DTP2 CrossPoint 82 can be integrated into an XTP CrossPoint matrix switcher system. This enables facility-wide AV system applications with a centralized AV signal distribution infrastructure, as well as several presentation spaces with local AV switching and processing.

Audio Integration Capabilities and Available Power Amplifiers

The DTP2 CrossPoint 82 can also serve as the central component for audio system integration. It includes eight-input audio switching, two mic/line inputs with phantom power, HDMI audio embedding and de-embedding, and Extron ProDSP with mixing, ducking, tone adjustments, and more. Audio configuration features and options can be accessed through the Product Control Software (PCS) and the on-screen display (OSD).

The DTP2 CrossPoint 82 switchers are available with a choice of integrated power amplifiers.

DTP2 CrossPoint 82 IPCP SA model delivers stereo power amplification with 50 watts rms per channel into 4 ohms or 25 watts rms per channel into 8 ohms, while the IPCP MA 70 model provides mono 70 volt amplification with 100 watts rms output.

Features

• Integrates DisplayPort, HDMI, and audio sources into presentation systems — The DTP2 CrossPoint 82 switcher provides centralized switching for a wide range of AV sources.
• All-in-one 8x2 matrix switcher, switcher, audio DSP, audio power amplifier, and control processor — One unit delivers all of the core functionality of a large AV system. Advanced technological capabilities allow complete system design and integration within a compact enclosure.
• DTP2, DisplayPort, and HDMI inputs — The DTP2 CrossPoint 82 features one DisplayPort, five HDMI, and two DTP2 inputs with one HDMI loop-through output selectable for any input.
  • DTP2 and HDMI outputs — Features one scaled video DTP2 and one non-scaled HDMI output.
• Advanced Extron Vector 4K scaling engine — The Vector 4K scaling engine is specifically designed for critical-quality 4K imagery, with best-in-class image upscaling and downscaling.
• Selectable scaled DTP2 output rates from 640x480 to 4K @ 30 Hz with 4:4:4 color sampling
• Logo image keying and display — A logo graphic can be positioned and keyed over the live video output. Logo graphics in BMP, GIF, JPG, PNG, or TIFF format may be uploaded to the unit. Full screen images up to 4K resolution can also be displayed to eliminate loss of video between presentations.
• Displays user-supplied images for screen saver, corporate branding, logo insertion, and HDCP notification — Custom, user-loaded images can be displayed as a screen saver after a predefined duration of inactivity at the video input, or whenever the input is disconnected between presentations. User-supplied images can also be displayed for HDCP Visual Confirmation, whenever HDCP-encrypted content is transmitted to a non-HDCP compliant display.
• Selectable seamless switching transitions — Seamless freeze and cut, freeze and fade, cut through black, and fade through black transition effects are available at the scaled video output.
• HDCP 2.2 compliant — Ensures display of content-protected 4K video media and maintains interoperability with earlier versions of HDCP.

• Integrated audio digital signal processor with ProDSP 64-bit processing — The DTP2 CrossPoint 82 features 64-bit floating-point audio DSP processing, which maintains very wide dynamic range and audio signal transparency to simplify gain stage management while reducing the possibility of DSP signal clipping.
  • Available with energy efficient Class D stereo or mono amplifier:

• 2 x 50 watts @ 4 ohms

• 2 x 25 watts @ 8 ohms
  • 1 x 100 watts @ 70 volts

DTP2 CrossPoint 82 power amplifiers feature an advanced Class D amplifier design with Class D Ripple Suppression (CDRS), an Extron technology that provides a smooth, clean audio waveform and an improvement in signal fidelity over conventional Class D amplifier designs. CDRS eliminates the high frequency switching ripple characteristic of Class D amplifiers, a source of RF emissions, which can interfere with sensitive AV equipment such as wireless microphones.

• Available with an integrated IPCP Pro 355M control processor — IPCP models include a built-in IPCP Pro 355M control processor for complete AV system operation.

- Supports TouchLink Pro touchpanels, eBUS button panels, and Network Button Panels.

- Integrated three-port AV LAN switch allows AV devices to be isolated from the corporate network — Enables local control of AV devices connected to the AV LAN switch while isolating the AV LAN network traffic from outside interference or intrusion.

- AV LAN permits only communications from the Ethernet port for remote management and firmware updates to Extron devices — Allows Extron devices on the AV LAN to receive firmware updates and be remotely monitored, managed, and controlled through Extron GlobalViewer Enterprise.

- Supports secure industry standard communications protocols — Uses industry standard communication protocols, including HTTP that is unsecured, HTTPS, SSH, SFTP, SMTP, NTP, Discovery Service, DHCP, DNS, ICMP, and IPv4.

- Supports LinkLicense — Extron LinkLicense enhances the capabilities of Extron Pro Series control systems.

- Two bidirectional RS-232 ports with software handshaking — Captive screw serial ports that can control two RS-232 devices.

- One bidirectional RS-232/RS-422/RS-485 port with hardware and software handshaking — Captive screw serial port that can communicate with one RS-232/RS-422/RS-485 serially controlled device.

- Two IR/Serial ports for one-way control of external devices

• Four Digital I/O ports — Allows for interfacing with other systems in the room.

- Four relays for controlling room functions — Enables control of lighting, screen settings, and other device functions.

- eBUS port for connecting eBUS button panels and accessories

- Ethernet monitoring and control on each Ethernet port — Manage, monitor, and control AV devices using a standard Ethernet network.

- DHCP server for AV LAN — Automatically distributes IP addresses and network configuration parameters for AV devices connected to the local AV LAN, which streamlines system setup and management.

- Supports popular Building Management System (BMS) protocols, such as BACnet, KNX, and DALI — These protocols allow for centralized monitoring and control of mechanical and electrical systems that include HVAC, lighting, power, and closed-circuit camera control.

• Supports 10/100/1000Base-T Ethernet protocol

- Supports Ethernet-controllable devices — Allows for control of multiple Ethernet enabled AV devices such as displays, switchers, and sources.

• Automatic clock synchronization allows a touchpanel to display the accurate time and date.

- Supports control system synchronization — Synchronization allows users to retain and recover the state of their configured endpoints in case of network or power failure.

- Front panel port status indicators

- Multi-level password protection — Allows security to be set based on user roles.

- Fully customizable using Extron control system software — GUI Designer can be combined with Global Configurator Plus or Global Configurator Professional.

- Create controller groups — Allows multiple IP Link Pro control processors to be grouped together to function as one when configured with Global Configurator Professional.

- Library of enhanced Extron Certified device drivers — Device drivers allow Extron products to control various display and source devices, such as projectors, flat panel displays, and Blu-ray Disc players. Extron has produced fully tested Ethernet, serial, and IR device drivers.

• Supports DisplayPort Single Stream Transport (SST) data rates up to 21.6 Gbps.

- Supported HDMI 2.0 specification features include data rates up to 18 Gbps, Deep Color, and HD lossless audio formats.

• Stereo audio embedding and de-embedding — Analog audio signals can be embedded onto the DTP2 output, and embedded two channel PCM audio can be extracted to the analog outputs.
• RS-232 insertion from the Ethernet control port — Saves system resources and simplifies installation by enabling a control processor to access remote RS-232 devices over Ethernet.
• Consumer Electronics Control (CEC) capability — Standard, built-in CEC commands can be triggered to control displays or other AV devices connected to the HDMI and DTP2 outputs. Each video output can deliver CEC commands independently. The ability to control specific functions, such as power on and off, input selection, or volume level, is dependent on implementation by the device manufacturer.
• Integrated DTP2 extension supports transmission of video, audio, and control up to 330 feet (100 meters) over a shielded CATx cable.

Extron XTP DTP 24 shielded twisted pair cable is strongly recommended for optimal performance.

- Compatible with CATx shielded twisted pair cable — The DTP2 CrossPoint 82 supports a maximum transmission distance of 330 feet (100 meters) for all compatible resolutions when used with CATx shielded twisted pair cable. Shielded twisted pair cabling with solid center conductor sizes of 24 AWG or better is recommended for optimal performance.

- Remote powering of select DTP transmitters and receivers — The DTP2 CrossPoint 82 can provide power to select DTP or DTP2 transmitters and receivers over the twisted pair connection, eliminating the need for a separate power supply at the remote unit.

- Accepts additional analog stereo audio — Supports stereo analog audio signals for simultaneous transmission over the same shielded twisted pair cable.

- Bidirectional RS-232 and IR pass-through for AV device control — Bidirectional RS-232 control and IR signals can be transmitted alongside the video signal over the DTP connection, allowing the remote device to be controlled without the need for additional cabling. Bidirectional control extension eliminates the need for control system wiring to remote devices.

- Compatible with all DTP-enabled products, plus XTP CrossPoint matrix switchers — Enables mixing and matching with desktop and wallplate endpoints, as well as other DTP and DTP2-enabled products to meet application requirements. The DTP2 CrossPoint 82 presentation matrix switcher can be integrated with XTP and XTP II CrossPoint matrix switchers to provide connectivity between presentation spaces and a larger, facility-wide system.

- DTP2 output is compatible with HDBaseT-enabled devices — The DTP2 CrossPoint 82 can be configured to send video and embedded audio, plus bidirectional RS-232 and IR signals to an HDBaseT-enabled display.

- User-selectable HDCP authorization for DTP2 and HDMI inputs — Allows inputs 2 through 8 to appear HDCP compliant or non-HDCP compliant to the connected source, which is beneficial if the source automatically encrypts all content when connected to an HDCP-compliant device. Protected material is not passed in non-HDCP mode.

- Key Minder continuously verifies HDCP compliance for quick, reliable switching — Key Minder authenticates and maintains continuous HDCP encryption between input and output devices to ensure quick and reliable switching in professional AV environments, while enabling simultaneous distribution of a single source signal to one or more displays.

- Comprehensive EDID management — Use Product Configuration Software (PCS) to access EDID Minder for setting video input EDID, capturing EDID from connected displays, or uploading custom EDID files. Proper EDID management ensures that sources and displays are easily integrated into a system resulting in optimized system operation. Freely downloadable EDID Manager 2.0 software is available for advanced EDID editing and creating custom EDID files.

- EDID Minder automatically manages EDID communication between connected devices — EDID Minder ensures that the source powers up properly and reliably outputs content for display.

- SpeedSwitch technology provides exceptional switching speed for HDCP-encrypted content.

- Supports custom EDID and output resolutions — User-defined scaling output resolutions can be supported by uploading custom EDID files or capturing EDID from a display or other destination device.

• HDCP authentication and signal presence confirmation — Provides real-time verification of HDCP status for each digital video input and output. This allows for simple, quick, and easy signal and HDCP verification through RS-232, USB, or Ethernet, providing valuable feedback to a system operator or helpdesk support staff.
• HDCP Visual Confirmation — When HDCP-encrypted content is transmitted to a non-HDCP compliant display, a full screen green signal is sent to the display for immediate visual confirmation that protected content cannot be viewed on that display.
• Aspect ratio control — The aspect ratio of the video output can be controlled by selecting a Fill mode, which provides a full-screen output, or a Follow mode, which preserves the original aspect ratio of the input signal.
• Motion-adaptive deinterlacing for signals up to 1080i — Advanced deinterlacing for all interlaced signals up to 1080i delivers optimized image quality.
• Automatic 3:2 and 2:2 pulldown detection — Advanced film mode processing techniques help maximize image quality for content sources that originated from film.
• Auto-Image setup — When activated, the unit automatically optimizes the image by analyzing and adjusting to the video input signal.
• Auto Input Memory — When this feature is activated, the unit automatically stores size, position, and picture settings based on the incoming signal. When the same signal is detected again, these image settings are recalled from memory.
• Input presets — Memory presets are available to store and recall optimized image settings.
  • Output muting control — Video and audio output can be muted independently.
  • Image freeze control — A live image can be frozen using RS-232, USB, or Ethernet control.
• On-screen display (OSD) — Intuitive on-screen menus allow for easy system setup using the front panel controls. Key parameters such as input and output video formats are grouped on the initial Quick Setup screen, while additional screens provide full control over other unit functions and settings.
• Picture controls for brightness, contrast, and detail, as well as horizontal and vertical sizing, and positioning.
• Internal video test patterns and pink noise generator for calibration and setup — The DTP2 CrossPoint 82 provides several video test patterns and audio pink noise to facilitate proper system setup and calibration of display devices.
• HDMI to DVI Interface Format Correction — Automatically enables or disables embedded audio and InfoFrames, and sets the correct color space for proper connection to HDMI and DVI displays.
• Automatic color bit depth management — Automatically adjusts color bit depth based on the display EDID, preventing color compatibility conflicts between source and display.
• Audio file playback — Up to 16 pre-recorded messages can be stored and played back over the program audio output.
• Audio breakaway — Provides the capability to break two-channel audio away from its corresponding video signal and route to the DTP2 and audio outputs, allowing the audio and video signals from one source to be switched to different destinations.
• Two mic/line inputs with 48-volt phantom power — Two mic or line-level audio sources can be independently mixed with program audio. Selectable 48-volt phantom power allows the use of condenser microphones.
• Two independent line inputs — Two line-level audio sources, or a single audio source such as a conferencing codec, can be independently mixed with program and mic audio.
• Mic ducking — Reduces program audio when a microphone or line-level incoming audio signal is detected, eliminating the need for a separate audio ducking processor.

• Studio grade 24-bit 48 kHz analog-to-digital and digital-to-analog converters — Professional converters fully preserve the integrity of the original audio signal.

• Low latency DSP processing — The DTP2 CrossPoint 82 features very low, deterministic latency from input to output, regardless of the number of active channels or processes. This keeps audio in sync with video and prevents distractions to presenters or performers resulting from delayed live audio.

• Group masters — Provides the capability to consolidate gain or mute control throughout the system. Gain or mute controls can be selected and added to a group master, which can then be controlled by a single master fader or mute control. Up to 32 group masters can be created.
• Soft limits provide optimal group master adjustment range — The group master volume range can be limited using soft limits to maintain optimal minimum and maximum levels when using external volume control. This prevents operators from over or under-adjusting levels when using Ethernet, USB, or RS-232 control.
• Audio switching transitions — Audio output level automatically ramps down and then ramps up to match the video during switching transitions.
• Integrated audio delay — Audio output is automatically delayed, compensating for latency introduced by the video processing.
• Supports multiple embedded audio formats — The DTP2 CrossPoint 82 is compatible with a variety of audio formats, providing reliable operation with HDMI sources.
• Output standby mode — The DTP2 CrossPoint 82 can be set to automatically mute video and sync output to the display device when no active input signal is detected. This allows the projector or flat panel display to automatically enter into standby mode to save energy and enhance lamp or panel life.
• Power save mode — Capability to be placed in a low power standby state to conserve energy when not in use.
• QuickSwitch Front Panel Controller (QS-FPC) with tri color backlit buttons —
  Provides a discrete button for each input and output, allowing for simple, intuitive operation. Buttons can be custom labeled for easy identification. The buttons illuminate red, green, or amber depending on function, for ease of use in low light environments.
• Front panel security lockout — Locks out all front panel functions. However, all functions are available through Ethernet, USB, or RS-232 control.
• Ethernet monitoring and control — Enables control and proactive monitoring over a LAN or WAN.
• Built-in web pages — Enables the use of a standard browser for device monitoring and troubleshooting over an intuitive web interface.
• RS-232 control port — Facilitates the use of serial commands for integration into a control system. Extron products use the Simple Instruction Set (SIS) command protocol, a set of basic ASCII commands that allow for quick and easy programming via RS-232, USB, and Ethernet.
• Front panel USB configuration port — Enables easy system configuration without having to access the rear panel.
• Front panel LED indicators for signal presence, HDCP status, and power — Provides visual indication of system status for real-time feedback and monitoring of key performance parameters.
• RJ-45 signal and link LED indicators for the DTP port — Provides a means for validating signal flow and operation, allowing quick identification of connectivity issues.
• Easy setup and commissioning with PCS — Product Configuration Software enables convenient configuration of multiple products using a single software application.
• Rack-mountable metal enclosure — The standard DTP2 CrossPoint 82 matrix switcher features a 1U, full rack width metal enclosure. Models with a built-in power amplifier and control processor are housed in a 2U, full rack width metal enclosure.
• Includes LockIt HDMI cable lacing brackets
• Internal Extron Everlast power supply — Provides worldwide power compatibility, with high-demonstrated reliability and low power consumption for reduced operating cost.
• Extron Everlast Power Supply is covered by a 7-year parts and labor warranty.

Setup and Configuration Methods

Control the DTP2 CrossPoint 82 switchers using one or more of the following methods:

• The front panel controls and the on-screen display (OSD) menu (see Using the On-Screen Menu System on page 22).
• A computer, a touch screen panel, or any other device that sends and receives serial communications through the USB, RS-232, or Ethernet port. Use the Extron DataViewer utility on the connected device to enter SIS commands (see SIS Configuration and Control starting on page 47).
• The Extron Product Configuration Software (PCS) on a computer with a Windows ^ operating system (see Configuration Software starting on page 81 and the DTP2 CrossPoint 82 PCS Help File).

Application Diagrams

The following diagrams show examples of typical applications for the DTP2 CrossPoint 82.

graph TD
    A["Extron Control\nControl App for Pro Series\nControl Systems"] --> B["Facility/Room\nWireless Access Point"]
    B --> C["Av LAN"]
    C --> D["Extron SM 26\nSpeakers"]
    C --> E["Corporate LAN"]
    E --> F["Ethernet"]
    F --> G["Audio"]
    G --> H["Audio"]
    H --> I["Extron DTP2 CrossPoint 82 IPCP SA\nScaling Presentation Matrix"]
    E --> J["Boundary Microphones"]
    J --> K["Extron DTP T HWP 4K 231 D\nTransmitter"]
    K --> L["HDMI"]
    L --> M["Laptop"]
    M --> N["Extron DTP2 R 211\nReceiver"]
    N --> O["HDMI"]
    O --> P["4K Display"]
    P --> Q["4K Media Player"]
    Q --> R["PC"]
    R --> S["DisplayPort"]
    S --> T["HDMI"]
    T --> U["HDMI"]
    U --> V["Extron Control"]

Figure 1. DTP2 CrossPoint 82 IPCP SA Application Example

graph TD
    A["Extron TLP Pro 1025T\n10" Tabletop TouchLink Pro\nTouchpanel"] --> B["Power Injector"]
    B --> C["Av LAN"]
    C --> D["Ethernet"]
    D --> E["Extron"]
    E --> F["Extron FF 220T\nPlenum 2' x 2' Flat Field\nCeiling Speakers"]
    F --> G["Handheld Microphones"]
    G --> H["AV LAN"]
    H --> I["Extron"]
    I --> J["Extron DTP2 CrossPoint 82\nIPCP MA 70\nScaling Presentation Matrix"]
    J --> K["Extron DTP2 R 211\nReceiver"]
    K --> L["Extron DTP2 T 211\nTransmitter"]
    L --> M["Extron DTP2 R 211\nReceiver"]
    M --> N["Extron DTP T HWP 4K 231 D\nTransmitter"]
    N --> O["Extron"]
    O --> P["Laptop"]
    P --> Q["Local 4K Monitor"]
    Q --> R["Extron ShareLink Pro 1000\nWireless and Wired\nCollaboration Gateway"]
    R --> S["DisplayPort"]
    S --> T["4K Media Player"]
    T --> U["HDMI"]
    U --> V["Extron"]
    V --> W["PC"]
    W --> X["HDMI"]
    X --> Y["Extron"]
    Y --> Z["Extron"]
    Z --> AA["Extron"]
    AA --> AB["Extron"]
    AB --> AC["Extron"]
    AC --> AD["Extron"]
    AD --> AE["Extron"]
    AE --> AF["Extron"]
    AF --> AG["Extron"]
    AG --> AH["Extron"]
    AH --> AI["Laptop"]
    AI --> AJ["Local 4K Monitor"]
    AJ --> AK["HDMI"]
    AK --> AL["Extron DTP T HWP 4K 231 D\nTransmitter"]
    AL --> AM["Extron DTP2 R 211\nReceiver"]
    AM --> AN["Extron DTP2 T 211\nTransmitter"]
    AN --> AO["Extron DTP2 R 211\nReceiver"]
    AO --> AP["Extron DTP T HWP 4K 231 D\nTransmitter"]
    AP --> AQ["Laptop"]
    AQ --> AR["Local 4K Monitor"]
    AR --> AS["HDMI"]
    AS --> AT["Extron ShareLink Pro 1000\nWireless and Wired\nCollaboration Gateway"]
    AT --> AU["Laptop"]
    AU --> AV["DisplayPort"]
    AV --> AW["HDMI"]
    AW --> AX["HDMI"]
    AX --> AY["Extron ShareLink Pro 1000\nWireless and Wired\nCollaboration Gateway"]

Figure 2. DTP2 CrossPoint 82 IPCP MA 70 Application Example

Installation

This section contains information on how to connect cables to the DTP2 CrossPoint 82 models. Topics in this section include:

• Installation Overview
• Rear Panel Connections
- Connection Details

• Twisted Pair Recommendations for DTP, XTP, and HDBT Communication

Installation Overview

1. Turn off or disconnect all related equipment. Ensure that video sources and output displays are all turned off and disconnected from the power source.
2. Mount the switcher (see Mounting on page 99).
3. Connect video and audio input sources (see Rear Panel Connections starting on page 10).
4. Connect video and audio output devices (see Rear Panel Connections).
5. Connect desired control devices (see Rear Panel Connections).
6. Connect a power source to the switcher (see Rear Panel Connections).
7. Configure the switcher using by any of the following methods:

• Front panel (see Using the On-Screen Menu System starting on page 22)
• PCS (see Configuration Software starting on page 81 to download the software, and see the DTP2 CrossPoint 82 PCS Help File to configure the system)
• SIS commands (see SIS Configuration and Control starting on page 47)

Rear Panel Connections

Figures 3 through 5 show the rear panels of the three DTP2 CrossPoint 82 models.

Figure 3. DTP2 CrossPoint 82 Base Model Rear Panel

Figure 4. DTP2 CrossPoint 82 IPCP SA Rear Panel

DTP2 CrossPoint 82 Scaling Presentation Matrix Switchers • Installation 10

Figure 5. DTP2 CrossPoint 82 IPCP MA 70 Rear Panel

A AC power connector
B DisplayPort input connector — Input 1
© HDMI (with CEC) Loop Out connector
D DTP2/XTP input connectors — Inputs 7-8
E HDMI/CEC output connector with CEC — Output 1
F Scaled DTP2/XTP/HDBT output connector — Output 2
G Over TP IR pass-through port
H Analog audio line inut connectors 3 and 4
1 Analog audio mic/line input connectors 1 and 2 and adjacent Power LEDs

J Analog audio line output connectors 1 through 4
K LAN connector (DTP2 CrossPoint 82 base model only)
Remote RS-232 Connector
M Reset LED
N Reset button
Amplified audio output connector (IPCP models only)
P Aux analog line audio input connector
☐ IPCP Pro 355M Control Processor (IPCP models only)
R HDMI input connectors — Inputs 2 - 6

A AC power connector — Connect a standard IEC power cord (provided) from a 100 to 240 VAC, 50-60 Hz power source to this connector (see figures 3 through 5 on the previous page).
B DisplayPort input connector — input 1 — Connect a DisplayPort source to this female DP connector.
© HDMI (with CEC) Loop Out connector — Connect a monitor to this buffered loop out connector. This output can be tied to any input via SIS (see SIS Configuration and Control starting on page 47) or PCS (see the DTP2 CrossPoint 82 Help File).
DTP2/XTP input connectors — inputs 7 and 8 — Connect one or two DTP transmitters to the DTP2/XTP RJ-45 input connectors 7 and 8. These connectors also allow for remote powering of DTP and DTP2 transmitters.

You can configure the TP inputs for DTP or XTP mode via SIS commands (see the Twisted Pair Protocol commands on page 66), the on-screen display (see Input Submenu on page 29), or PCS (see the DTP2 CrossPoint 82 Help File). For cable wiring and recommendations, see Twisted Pair Recommendations for DTP, XTP, and HDBT Communication on page 18.

ATTENTION:

The connectors for inputs 7 and 8 correspond to the following front panel LEDs:

- Signal (Sig) LED — Lights when the switcher is receiving an active video signal from a DTP2 transmitter or XTP matrix switcher.

- Link LED — Lights when a valid link is established to a transmitter device.

E HDMI/CEC output connector with CEC — output 1 — Connect an HDMI or DVI (with an appropriate adapter) output device to this HDMI output connector for HDMI video with embedded audio. This output is not scaled. Output 1 can display the same input as the DTP2/XTP/HDBT output 2, or a different input.

TIP: Use Extron HDMI LockIt Lacing Brackets to secure HDMI cables to the device (see HDMI Connections on page 17).

Consumer Electronics Control (CEC) — CEC control commands control basic control functions such as power on and off, input switching, volume, and mute. The DTP2 CrossPoint 82 can issue CEC commands to a display device through the HDMI and DTP2 ports.

F Scaled DTP2/XTP/HDBT output connector — output 2 — Allows for remote powering of DTP or DTP2 receivers as well as over-DTP analog audio that matches the 5-pole analog audio output of the display (see figures 3 through 5 on page 13). This output can display the same input as HDMI output 1, or a different input.

NOTE: In XTP and HDBaseT modes remote power and over DTP analog audio are not available.

• Connect a DTP or DTP2 receiver, an XTP matrix switcher, or an HDBaseT-compatible receiver to this RJ-45 twisted pair Out connector. For cable wiring and recommendations, see Twisted Pair Recommendations for DTP, XTP, and HDBT Communication on page 18.
• To transmit or receive infrared data to and from a sink connected to the DTP/DTP2/HDBaseT receiver or XTP matrix, connect a control device to the 3-pole IR Over TP captive screw port (see G "Over TP IR pass-through port").

ATTENTION:

Signal Support
DTP Mode XTP Matrix and HDBaseT Mode
HDCP-compliant digital videoEmbedded audio into the TMDS output or analog audioDTP standard IR pass-through signals on the associated 3-pole captive screw connectorEthernet insertion of RS-232 control signals (seeRS-232and IR Signal Insertionon page 43)Remote power to a DTP receiver	HDCP-compliant digital videoEmbedded audio into the TMDS outputIR pass-through signals on the associated 3-pole captive screw connectorEthernet insertion of RS-232 control signals (seeRS-232and IR Signal Insertion)

Over TP IR pass-through port — To transmit or receive infrared data to and from a sink connected to a DTP or DTP2 receiver, XTP matrix, or HDBaseT display, connect a control device to the 3-pole Over TP IR captive screw port. Figure 6 shows how to wire the connector.

DTP CrossPoint 82 Tx, Rx, and G Pins

Figure 6. Wiring the Over TP IR Connector

NOTE: RS-232 communication can also be sent to the far end of the twisted pair connection, but it must be done through RS-232 insertion via Ethernet. A control signal applied to a DTP2 CrossPoint 82 LAN or AV LAN port can be routed to the RS-232 port of any connected twisted pair device (see Ethernet to RS-232 Insertion on page 44).

Analog audio line input connectors 3 and 4 — Connect line level analog audio sources to audio input connectors 3 and 4 on the 5-pole captive screw connector for balanced or unbalanced stereo or dual mono audio (see figures 3 through 5 starting on page 10). Connectors are included with the unit, but the audio cable is not (see figure 9 on page 16 for wiring).
Analog audio mic/line input connectors 1 and 2 and adjacent Power LEDs—Connect balanced or unbalanced mic or line level inputs to these 3-pole Mic/Line captive screw connectors These inputs support optional +48 VDC phantom power, which is indicated by the LEDs at the left of the connectors.
Analog audio line output connectors 1 through 4 — Connect balanced or unbalanced analog audio output devices to one or both 5-pole captive screw audio output connector pairs 1 and 2 or 3 and 4 (see Analog Audio Connections on page 16). These connectors are configurable as four discrete mono outputs or two stereo inputs.
K LAN connector (DTP2 CrossPoint 82 base model only) — To control the DTP2 CrossPoint 82 base model through Ethernet, connect a LAN or WAN to this RJ-45 LAN connector. Ethernet control allows you to configure and control the switcher from a remote location via SIS commands, the PCS software, or the embedded web pages.

NOTE: For the IPCP models, connect a LAN or WAN to any of the AV LAN connectors or to the LAN connector on the IPCP Pro control processor (see 🔒 on the next page).

Remote RS-232 connector — Connect a host device to this 3-pole captive screw connector for RS-232 serial control of the switcher (see figures 3 through 5 starting on page 10). The default baud rate is 9600.

Figure 7. RS-232 Wiring

Reset LED — This green LED remains lit while the DTP2 CrossPoint 82 has power. While the Reset button (see N, below) is being pressed and held, this LED blinks every 3 seconds to indicate the level of reset initiated if the button is released at that point (see Reset Modes starting on page 42 for more information).
N Reset button — This recessed button initiates levels (modes) of reset on the DTP2 CrossPoint 82. To initiate the different reset levels, use a pointed object such as a small Philips screwdriver or a stylus to press and hold the button while the switcher is running or while it is being powered up (see Reset Modes).

Amplified audio output connector (see figures 4 and 5 starting on page 10) —

• DTP2 CrossPoint 82 IPCP SA — Connect unpowered speakers, 4-ohm @ 50 watts or 8-ohm @ 25 watts, to the 4-pole Amplified Output connector (shown at right) to play amplified stereo audio.
• DTP2 CrossPoint 82 IPCP MA 70 — Connect unpowered, high impedance speakers to the 2-pole Amplified Output connector (shown at right) to play amplified mono audio.

ATTENTION:

P Aux analog line audio input connector — Connect a line level analog audio source to this 5-pole captive screw connector for balanced or unbalanced mono or stereo audio. The Aux input is shared and can be associated with one or more video inputs (see Analog Audio Connections on page 16).
Q IPCP Pro 355M Control Processor (DTP2 CrossPoint 82 IPCP SA and DTP2 CrossPoint 82 IPCP MA 70 only) — The DTP2 CrossPoint 82 IPCP models include a built-in IPCP Pro 355M Control Processor (see figures 4 and 5). For these models, the LAN connector is incorporated in the IPCP control processor. For connection and installation details of this control processor, see the IPCP Pro Series User Guide at www.extron.com.

The IPCP module contains the following:

① COM 1 port
② COM 2 and COM 3 ports
③ Digital I/O port LED

4 AV LAN ports 1 - 3
⑤ LAN port
6 eBUS port

7 Relay ports
8 IR/Serial ports
⑨ Reset button and LED

Figure 8. IPCP Control Module (IPCP Models Only)

The IPCP module ports are configurable via Global Configurator software, available at www.extron.com.

① COM 1 port — 5-pole captive screw bidirectional RS-232/RS-422/RS-485 port for Tx/Rx/G/RTS/CTS
② COM 2 and COM 3 ports — Bidirectional 3-pole captive screw RS-232 ports for Tx/Rx/G

Use the COM ports for serial control of a display or other device and to receive status messages from the connected devices.

③ Digital I/O ports — 5-pole captive screw connector, supporting four TTL level digital inputs or outputs, with or without +5 VDC pull-up. Connect switches, sensors, LEDs, relays, or similar items to these ports, which enable monitoring or control of connected devices and trigger functions on the control processor.

4 AV LAN ports 1 - 3 — Network switch with its own network interface that keeps the AV subnetwork separate from the corporate network for security purposes and to reduce traffic on the corporate or outside network.

To connect the IPCP to an Ethernet network (for configuration and control of the IPCP module and the devices connected to it), connect an internet cable between any of these RJ-45 sockets and a network switch, hub, router, or PC connected to a local network or the Internet.

AV LAN ports 1 - 3 use a separate network interface (NIC) from that of the LAN port.

NOTE: A dedicated AV LAN safeguards AV systems from outside intrusion or interference by separating device control and other network traffic from a corporate or campus network. To ensure the control processor LAN and AV LAN connections (ports) are connected to separate networks, the LAN and AV LAN IP address schemes must be on different subnetworks.

⑤ LAN port — Single Ethernet connector. The DTP2 CrossPoint 82 base model has a LAN connector to the left of the Remote RS-232 connector (see figure 3, K, starting on page 10) instead of the LAN and AV LAN ports on the IPCP models (see figures 4 and 5, Q).
⑥ eBUS port — 5-pole captive screw connector supporting up to eight eBUS endpoints, with a maximum power output of 9 watts
7 Relay ports — Four relays on two 3-pole captive screw connectors containing individual contacts for each relay and a shared Common (C) connector. Each relay supports 24 VDC of power and up to 1 amp of current.
8 IR/Serial ports — Two unidirectional RS-232 or IR ports (configurable), which share a single 5-pole captive screw connector
9 Reset button and LED — Pressing this recessed button causes various IPCP settings to be reset to the factory defaults. The green power LED blinks depending on the selected reset mode.

R HDMI input connectors (inputs 2 through 6) (see figures 3 through 5, R, starting on page 10) — Connect HDMI video sources to these female HDMI connectors.

TIP: Use Extron HDMI LockIt Lacing Brackets to secure HDMI cables to the device (see HDMI Connections on page 17).

Connection Details

Analog Audio Connections

Wire the audio input and output connectors as shown in figure 9. Use the supplied tie wrap to strap the audio cable to the extended tail of the connector.

NOTE: These instructions do not apply to the amplified audio output connector on the DTP2 CrossPoint 82 IPCP SA and MA models.

Audio Inputs and Outputs 1 - 4 and Aux

Figure 9. Analog Audio Wiring

ATTENTION:

Use Extron LockIt cable lacing brackets to secure HDMI cables to the unit.

Mounting orientations

The HDMI device must have an HDMI connection mounting screw for this bracket to be used. Depending on the location of the mounting screw in relation to the HDMI connector, the LockIt bracket can be mounted to the screw at either side of the connector (side mounted) or above it (top mounted). Two HDMI cables can also be attached to one side mounted bracket (stack mounted).

Top Mounted Side Mounted Stacked
Figure 10. Locklt Bracket Mounting Orientations

The DTP2 CrossPoint 82 HDMI connectors require the LockIt brackets to be mounted as follows:

• HDMI inputs 2, 4, and 6 — Side mounted. Can be stacked with the connectors below them.
- HDMI inputs 3 and 5, HDMI Loop Out — Stack mounted. Because these connectors have no mounting screws of their own, each must be stack-mounted with the connector above it:

• HDMI Input 2 with HDMI Input 3
• HDMI Input 4 with HDMI Input 5
• HDMI Input 6 with Loop Out

• HDMI Output 1 — Top mounting (shown in figure 11)

Bracket mounting procedure

To securely fasten an HDMI cable to a device:

Figure 11. Top Mounting a Locklt Cable Lacing Bracket

1. Plug the HDMI cable into the panel connection (see figure 11, ①).

2. Loosen the HDMI connection mounting screw from the panel enough to allow the LockIt lacing bracket to be placed over it (②). The screw does not have to be removed.

3. Place the LockIt lacing bracket on the screw and against the HDMI connector, then tighten the screw to secure the bracket (see figure 11, ③ on the previous page).

4. Loosely place the included tie wrap around the HDMI connector and the LockIt lacing bracket as shown. If using a stacked pair of connectors (such as HDMI Inputs 2 and 3), place the tie wrap around both connectors and the bracket (see figure 10 on the previous page).
5. While holding the connector securely against the lacing bracket, use pliers or a similar tool to tighten the tie wrap, then remove any excess length (see figure 11, 4).

ATTENTION:

Twisted Pair Recommendations for DTP, XTP, and HDBT Communication

Use the following pin configurations for shielded twisted pair cables used for DTP, XTP, or HDBaseT communication.

Pin TIA/EIA T568B Wire Color

1 White-orange

2 Orange

3 White-green

4 Blue

5 White-blue

6 Green

7 White-brown

8 Brown

Figure 12. Twisted Pair Cable Configuration

Supported cables

The switchers are compatible with shielded twisted pair (F/UTP, SF/UTP, and S/FTP) cable.

ATTENTION:

Cable recommendations

Extron recommends using the following practices to achieve full transmission distances and reduce transmission errors.

- Use the following Extron XTP DTP 24 SF/UTP cables and connectors for the best performance:

• XTP DTP 24/1000

Non-Plenum 1000' (305 m) spool

• XTP DTP 24P/1000

Plenum 1000' (305 m) spool

• XTP DTP 24 Plug Package of 10

• If not using XTP DTP 24 cable, at a minimum, Extron recommends 24 AWG, solid conductor, STP cable with a minimum bandwidth of 400 MHz.
• Terminate cables with shielded connectors to the TIA/EIA-T568B standard.
• Limit the use of more than two pass-through points, which may include patch points, punch down connectors, couplers, and power injectors. If these pass-through points are required, use shielded couplers and punch down connectors.

NOTE: When using shielded twisted pair cable in bundles or conduits, consider:

• Do not exceed 40% fill capacity in conduits.
• Do not comb the cable for the first 20 meters, where cables are straightened, aligned, and secured in tight bundles.
• Loosely place cables and limit the use of tie wraps or hook-and-loop fasteners.
• Separate twisted pair cables from AC power cables.

This section contains information on the front panel operation, on-screen display menu system, and reset modes of the switchers. Topics in this section include:

• Front Panel Overview

• Front Panel Lockout (Executive Modes)

- Powering Up

- Reset Modes

- Selecting an Input

• RS-232 and IR Signal Insertion

• Using the On-Screen Menu System

Front Panel Overview

Figure 13. Front Panel — DTP2 CrossPoint 82 Base Model

Figure 14. Front Panel — DTP2 CrossPoint 82 IPCP SA

A Front panel configuration port

F Menu and Enter buttons

B Input selection buttons

G Navigation buttons

© Logo button

H Mic and Volume knobs and LED indicators

Output selection buttons

① IPCP Pro LED indicators

E Status LED indicators

Figure 15. Front Panel — DTP2 CrossPoint 82 IPCP MA 70

A Front panel configuration port — Connect a host device to the USB mini-B port for device configuration, control, and firmware upgrades.
B Input selection buttons — (1 through 8) Press one of these buttons to select an input. The buttons light amber for audio and video, green for video only, or red for audio only.
Logo button — Press this button to enable or disable the most recently selected logo. The logo is displayed on the scaled DTP2 output (not available on the HDMI output).

To select a logo:

1. Press and hold the button to select the logo in the desired slot using the input selection buttons (approximately 3 seconds). The input selection buttons remain lit for about 15 seconds.
2. Press the button for the input (1 through 8 only) with the desired logo (slots 9 through 16 are available via SIS commands only).

To deselect a logo, press the lit Logo button. The button turns off and the logo disappears from the screen.

NOTE: To configure logo key effects (such as RGB keying, alpha keying, and so on), use PCS (see the DTP2 CrossPoint 82 Help File).

D Output selection buttons (1 and 2) — Press one of these buttons to select the output on which the selected input is displayed. Button 1 selects HDMI output 1, which is not scaled. Button 2 selects DTP2/XTP/HDBT output 2, which is scaled.

These buttons can select different inputs to display on the two outputs or they can select the same input for both outputs.

E Status LED indicators (see figures 13 through 15 on page 20)

• Input signal LEDs — These eight LEDs light green for their corresponding inputs when active video content is detected on that input.
• Output signal LEDs — Output LEDs 1, 2, and Loop light green when active video is being output, and blink amber when output video and sync are disabled.
• Input HDCP LEDs — These eight LEDs light green for each input signal that is HDCP-encrypted.
  • Output HDCP LEDs — These three LEDs light green for an output when it is currently HDCP-encrypted.
• DTP2 and DTP Input LEDs — These two LEDs light green if DTP or DTP2 power has been enabled on the corresponding input.
• DTP2 and DTP Output LEDs — These Output LEDs light green if DTP or DTP2 power has been enabled on DTP output 2.

F Menu and Enter buttons — Press these buttons to access and navigate the on-screen display menu system (scaled DTP2 output only).
Navigation buttons — Press these buttons to navigate through the on-screen display menu system or change settings (scaled DTP2 output only).
Mic and Volume knobs and LED indicators — Rotate the Mic knob to adjust the microphone level. Rotate the Volume knob to adjust the program or output volume level (configurable, see the DTP2 CrossPoint 82 PCS Help File for more information). The eight LED indicators for each knob light according to the level being adjusted. The LEDs light in order from bottom to top to indicate steps from 0% to 100% of the set limits. The LEDs blink when levels are approaching the lower or upper limits.
① IPCP Pro LED indicators (IPCP models only) — These LEDs light to indicate status of the IPCP Pro module ports (see the IPCP Pro Series User Guide, available at www.extron.com, for details).

Powering Up

To power on the unit, connect the provided IEC power cable between the rear panel power connector and an AC power source. During power-up, the following occurs in the order listed:

1. All backlit buttons (the input buttons and the Logo button) blink amber, red, and green for approximately 15 seconds.
2. The backlit buttons light steadily amber and remain lit for approximately 15 seconds.
3. On IPCP models, the RTS and I/O IPCP LEDs light and remain lit.

4. The backlit buttons blink in sequence once, then turn off.

5. When the unit is ready for operation:

6. If input or output signals are present, the appropriate input and output LEDs light.

7. If a logo has been selected, the Logo button lights amber.
8. The green Mic and Volume LEDs light to the level previously set.

Selecting an Input

Press any of the input buttons on the front panel to select an input. The button lights amber.

You can also select inputs via SIS commands (see Input Selection and Ties on page 51) or PCS (see the DTP2 CrossPoint 82 PCS Help File).

Tie the selected input to either of the outputs by pressing the desired output button. The tied buttons light amber, then turn off.

NOTE: The input buttons cannot select audio and video separately. To select breakaway audio, you must use PCS or SIS commands.

Using the On-Screen Menu System

The on-screen (OSD) menus are used primarily for the initial setup of the device. The on-screen menu presents configuration options on a local monitor, and settings can be adjusted with front panel controls.

NOTES:

• The OSD is available only via the DTP2 scaled output. Displays connected to the (unscaled) HDMI output cannot show the OSD.
• The on-screen menu has a default timeout of 60 seconds.
• The screen examples shown in this section show the OSD screens of a DTP2 CrossPoint 82 IPCP SA. The OSD for your product may differ slightly.

Menu Selection Buttons

Figure 16. Menu Selection Buttons
- Menu button — Press the Menu button (see figure 16, ①) to activate or exit the on-screen menu, deselect a submenu, or cancel a pending change.
- Enter button — Press the Enter button ( ②) to access the on-screen menu, select submenus, or submenu items, or to accept pending changes.
- Navigation buttons — Press these buttons to navigate through the menu system:

- Press the ▲ (Up) (③) or the ▼ (Down) (④) arrow button to navigate submenus or submenu items.

- Press the ▶ (Right) arrow button ( ⑤) to access currently selected submenus or submenu items.

- Press the ▲ (Left) (⑥) arrow button to exit currently selected submenus or submenu items. You can also use the navigation buttons to adjust settings according to specific setting directions.

Menu Overview

In the on-screen menu, the product name is displayed at the top of the right column. The active input and output resolutions are displayed in the bottom border.

Extron	DTP2 CrossPoint 82
DEVICE INFO	IN2: Input Mode	HDMI
QUICK SETUP	IN2: EDID	Auto
PICTURE CONTROLS	Output Rate	1080p @ 60 Hz
INPUT	Audio Mute	Off
OUTPUT	Test Pattern	Off
AUDIO	DHCP Mode	On
ADVANCED	IP Address	192.168.254.254
COMMUNICATIONS
Input 2		Scaled Output
3840x2160 @ 60.00Hz		1080p @ 60 Hz

Figure 17. On-screen Menu Example

The on-screen menu contains eight submenus with various submenu items of adjustable settings or device information (see the Submenu Items table on the next page.

SubmenusSubmenultems
Device Info (Read Only)	Unit Name	Firmware Temp.	Active Input	Details for Output 1	Output 1 Details	Active Input Details for Output 2	Output 2 Details	Loop Input Details	Loop Output Details
Quick Setup	INn: Input Mode	INn: EDID	Output Rate (and resolution)	Audio Mute Test Pattern	DHCP Mode	IP Address
Picture Controls Auto-Image	Image Position	Image Size	INn: Brightness (Selected input)	INn: Contrast (Selected input)	Detail
Input INn: Input	Mode	INn: Film Detect (mode for selected input)	Active Video	INn: HDCP Authorized (selected input)	INn:EDID	Capture EDID
Output Output	Rate (and resolution)	HDMI 1 Format	TP 2 Format	TP 2 Mode HDCP Notification	Loop Out Loop Out Format	Loop Out Format
Audio Audio	Mute	INn: Audio Format (selected input)
Advanced	Test Pattern	Screen Saver Screen Saver Timeout	INn: Aspect Ratio (selected input)	INn: Auto Memory (selected input)	Input Switch Effect	Factory Reset
Communications	Serial Port Baud Rate	MAC Address (view-only)	DHCP (On or Off)	IP Address	Subnet Mask	Gateway

Using the Menu Screens

To open the on-screen menu:

1. Connect a display device to the DTP2/XTP/HDBT output connector (see Rear Panel Connections starting on page 10).
2. Press the Menu or Enter button to open the on-screen menu.

To navigate the on-screen menu:

1. Press the ▲ and ▼ buttons to move through the submenus (left) panel. The Submenu Items table above shows the eight submenus and the items they contain.
2. Press Enter or ▶ to select a submenu and display its items in the right panel.
3. Press the ▲ and ▼ buttons to move the blue selection border to the desired submenu item (see the example at right).
4. Press Enter to select the item.
5. Press the ◀ button to return to the list of submenus in the left panel.

To adjust the settings of a submenu item:

1. Navigate to an adjustable submenu item and press the Enter or ▶ button to select the item.
2. Press the ◀ and ▶ buttons to adjust the setting or select a specific adjustable setting within the selected submenu item.

If the selected submenu item has multiple adjustable settings, press the ▲ and ▼ buttons to select a value.

1. Press the Enter button to accept the new value and return to the submenu.

NOTE: To cancel a change, press the ◀ button to return to the submenu list (left column) without pressing Enter. Then, press the ▲ or ▼ button to move to a different submenu.

To exit the on-screen menu system:

From any menu screen, press the Menu button to close the on-screen menu and exit the system. Alternatively, wait for the menu display to time out (approximately 60 seconds).

Device Info Screen

Extron	DTP2 CrossPoint 82 IPCP SA
DEVICE INFO	Unit Name:	DTP2-CrossPoint-82-IPCP-SA-19-ED-10
	Firmware:	1.02.0001-b009
	Temp:	44.0C / 111.2F
QUICK SETUP	Input 6:	3840x2160 @ 60.00 Hz
	Format:	HDMI YUV 420 BT.709
	Signal:	297.0 MHz 2250 Total Lines
	HDCP:	Encrypted
PICTURE CONTROLS	Output 1:	3840x2160 @ 60.00 Hz
	Format:	HDMI RGB 444 Full
INPUT	Display:	3840x2160 @ 60 Hz (SNY)
	HDCP:	Compliant
OUTPUT	Input 5:	3840x2160 @ 30.00 Hz
	Format:	--
	Signal:	297.0 MHz 2250 Total Lines
	HDCP:	Not Encrypted
AUDIO	Output 2:	1920x1080 @ 60.00 Hz
	Format:	HDMI RGB 444 Full
	Display:	1920x1080 @ 60 Hz (EXN)
ADVANCED	HDCP:	Compliant
COMMUNICATIONS	Loop Input 5:	3840x2160 @ 30.00 Hz
	Format:	--
	Signal:	297.0 MHz 2250 Total Lines
	HDCP:	Not Encrypted
	Loop Out:	--
	Format:	DVI RGB 444
	Display:	--
	HDCP:	--
Input 5
3840x2160 @ 30.00Hz

Figure 18. Device Info Screen

The read-only Device Info screen is listed first in the submenus (left) panel. This screen contains information about your DTP2 CrossPoint 82, including unit name, firmware version, internal temperature in Celsius and Fahrenheit, and format and signal information for the selected input device, all outputs, and the loop out.

Quick Setup Submenu

Extron	DTP2 CrossPoint 82
DEVICE INFO	IN2: Input Mode	HDMI
QUICK SETUP	IN2: EDID	Auto
PICTURE CONTROLS	Output Rate	1080p @ 60 Hz
INPUT	Audio Mute	Off
OUTPUT
AUDIO	Test Pattern	Off
ADVANCED	DHCP Mode	On
COMMUNICATIONS	IP Address	192.168.254.254
Input 2 Scaled Output 3840x2160 @ 60.00Hz 1080p @ 60 Hz

Figure 19. Quick Setup Submenu

The Quick Setup submenu is displayed by default when the OSD is first opened, and provides quick access to frequently-used settings. This submenu contains the following items, which also appear on other submenus in the system:

• INn: Input Mode — Displays the video format (such as HDMI/DTP/XTP or DisplayPort) of the connected input.
• INn: EDID — Press the ◀ and ▶ buttons to select the resolution or the rate list. Press the ▲ and ▼ buttons to navigate through the selected list. Selecting Auto (the default) from the resolutions list matches the current output resolution. There are also 10 custom options, prefaced by C1 through C10.
• Output Rate — Press the ▲ and ▼ buttons to select from a list of output resolutions and refresh rates (see Output Rate on page 32, on the Output submenu). There are 10 custom options, prefaced by C1 through C10. The default setting is 1080p @ 60 Hz.
• Audio Mute — Press the ▲ and ▼ buttons to toggle between mute (On) and unmute (Off) for the audio. The default is Off.
• Test Pattern — Press the ▲ and ▼ buttons to select a test pattern to display, or to turn test patterns off (see Test Pattern on page 37 on the OSD Advanced submenu). The available test pattern selections are Crop, Alternating Pixels, Crosshatch, Color Bars, Grayscale, and Audio Test (pink noise). The default setting is Off.
• DHCP Mode — In DHCP mode, the unit is assigned an IP address when it connects to the network. Press the ▲ and ▼ buttons to toggle between enabling (On) and disabling (Off) DHCP mode. The default is Off.
• IP Address — Press the ◀ and ▶ buttons to switch between octets. Press the ▲ and ▼ buttons to change the value of a selected octet. The default address is 192.168.254.254.

Picture Controls Submenu

Extron	DTP2 CrossPoint 82 IPCP SA
DEVICE INFO	Auto-Image	Press ENTER
QUICK SETUP	Image Position	H: 0000 V: 0000
PICTURE CONTROLS	Image Size	H: *1920 V: *1080
INPUT	Input 5: Brightness	*64
OUTPUT
AUDIO	Input 5: Contrast	*64
ADVANCED	Detail	*64
COMMUNICATIONS
Input 5 Scaled Output 3840x2160 @ 30.00Hz 1080p @ 60 Hz

Figure 20. Picture Controls Submenu

Adjusting the picture controls

When you select a Picture Controls submenu item, the OSD menu collapses so that the item is displayed alone on the screen to facilitate adjustment (see figure 20). The separate item field contains blue arrows that indicate which front panel arrow buttons to press to adjust the item.

Image Size

H: *1920 V: *1080

Figure 21. Example of a Selected Picture Controls Submenu Item

After selecting the item to adjust, do the following:

1. With the separate item field displayed, use the navigation buttons to select and adjust the desired settings as indicated by the blue arrows on the screen. To rapidly increment or decrement the values, press and hold the arrow button.

Example: In figure 21, the blue right and left arrows before the H setting indicate that you can press the ◀ and ▶ buttons on the front panel to adjust the horizontal size. To adjust the vertical size, press the ▲ and ▼ buttons, as indicated by the blue up and down arrows after the V setting.

1. When finished, press Enter to return to the OSD menu.

Available picture controls

The Picture Controls submenu adjusts the following picture settings:

NOTE: When the aspect ratio changes as a result of Fill or Follow commands being entered, the Image Position and Image Size values are updated accordingly.

- Auto-Image — Press the Enter button to execute an Auto-Image on the active input, to restore it to the default size and position. Auto-Image updates horizontal and vertical image position, and horizontal and vertical image size settings.

NOTE: The Auto-Image submenu item is the same as the Input Aspect Ratio SIS commands (see Input Aspect Ratio commands on page 53). The commands include executing an Auto-Image and filling the output and executing an Auto-Image and maintaining the input aspect ratio. These commands ignore the current aspect mode setting, perform Auto-Image on the input, and then select Fill or Follow.

• The following is performed during an Auto-Image when the aspect ratio is set to Fill:

• Horizontal and vertical image positions return to 0000.
• Horizontal and vertical image sizes match the current output resolution.

• The following is performed during an Auto-Image when the aspect ratio is set to Follow:

- The horizontal and vertical image position and image size are set to maintain the native aspect of the input rate with regard to the current output resolution.

Set the aspect ratio on the Advanced submenu (see INn: Aspect Ratio on page 38).

- Image Position — Press the ◀ and ▶ buttons to select the horizontal (H) or vertical (V) position of the image. Press the ▲ and ▼ buttons to adjust the value of the selected position. The ranges are:

• Horizontal position: -4096 through +4096 pixels. The default is 0000.
• Vertical position: -2160 through +2160 lines. The default is 0000.

Press Enter to select the changes and return to the submenu.

- Image Size — Press the ◀ and ▶ buttons to select the horizontal (H) or vertical (V) size of the image. Press the ▲ and ▼ buttons to adjust the value of the selected position.

• Horizontal size (width): 10 through 8192 of signal
• Vertical size (height): 10 through 4320 of signal

Press Enter to select the changes and return to the submenu.

- INn: Brightness — Press the ▲ and ▼ buttons to adjust the black level of the video signal. The range is 0 through 127. The default is 64.

Press Enter or ▶ to select the changes and return to the submenu.

- INn: Contrast — Press the ▲ and ▼ buttons to adjust the range of white to black levels of the video signal. The range is 0 through 127. The default is 64.

Press Enter or ◀ to select the changes and return to the submenu.

- Detail — Press the ▲ and ▼ buttons to adjust the image sharpness. The range is 0 through 127. The default is 64).

Press Enter or ◀ to select the changes and return to the submenu.

Input Submenu

Extron	DTP2 CrossPoint 82 IPCP SA
DEVICE INFO	Input 5: Input Mode	HDMI
QUICK SETUP	Input 5: Film Detect	On
PICTURE CONTROLS
INPUT	Active Video	H: 3840 V: 2160
OUTPUT	Input 5: HDCP Authorized	On
AUDIO	Input 5: EDID	Auto
ADVANCED	Capture EDID	Press ENTER
COMMUNICATIONS
Input 5 Scaled Output 3840x2160 @ 30.00Hz 1080p @ 60 Hz

Figure 22. Input Submenu

The Input submenu adjusts the active input.

• INn: Input Mode — Displays the signal type of the selected input.

• For input 1 it shows DisplayPort if a DisplayPort source is connected, No Signal if not (view-only).
• For inputs 2 through 6 it displays HDMI or DVI as appropriate if a source is connected, No Signal if not (view-only).
• For inputs 7 and 8, use the ▲ and ▼ buttons to select between DTP and XTP. If no DTP or XTP source is connected, both options also display (No Signal).

- INn: Film Detect — Film mode detection helps maximize image detail and sharpness for video sources originating from film. Press Enter to select the item, then press the ▲ and ▼ buttons to toggle between On (default) and Off.

If On is selected, the DTP2 CrossPoint 82 detects and applies reverse pull-down for:

• 3:2 pull-down for 480i and 1080i @ 59.94 Hz
• 2:2 and 24:1 pull-down for 576i and 1080i @ 50 Hz

• Active Video — This view-only field shows the width in pixels (the H value) and the height in lines (the V value) of the applied input signal.
• HDCP Authorized — This feature determines if a digital input reports as an HDCP authorized sink to a source. Select this item to enable or disable HDCP communication by selecting whether the DTP2 CrossPoint 82 input reports to the source as an authorized HDCP sink. Press Enter to select this item, then press the ▲ or ▼ button to toggle between On (default) and Off.

For source devices that require encryption, enable HDCP Authorized. If HDCP Authorized is disabled for sources that require encryption (for example, a Blu-ray player), the output is muted or a warning message is displayed. Some source devices may encrypt their output even if the source material does not require HDCP encryption, preventing content from being displayed on a non-HDCP compliant display. Disable HDCP Authorized to allow the output of the switcher to remain unencrypted.

NOTE: HDCP Authorized is permanently enabled on DisplayPort Input 1.

• INn: EDID — Press the navigation buttons to select an EDID for the active input. Select a discrete EDID from a list of factory-supplied EDID or select Auto to use the current output resolution and refresh rate. The Input EDID Resolutions table on the next page lists the available EDID selections, including their SIS command variable numbers (see the commands for Input EDID on page 52 for information on the SIS commands).

• Capture EDID — Select this item to capture the EDID of the sink device attached to an output and save it to one of the 10 custom EDID slots. The DTP2 CrossPoint 82 assigns the captured EDID to its selected input. To capture an EDID:

• Select Capture EDID, then press Enter. A list of the 10 custom EDID slots is displayed at the top of the OSD screen.

NOTES:

• If no EDID has been captured yet, the names displayed for the slots are the default: 1080p @ 60 Hz.
• If an EDID has been applied to a slot, last three letters of the EDID file name (in parentheses) represent the name of the display manufacturer (for example, EXN is an abbreviation of Extron).

Select Slot to Capture Out 2 EDID: 3840x2160 @ 59.95 Hz (DEL)

C1:	C1:3840x2160 @ 59.95 Hz (DEL)
C2:	C2:1920x1080 @ 60 Hz (EXN)
C3:	C3:1920x1080 @ 60 Hz (EXN)
C4:	C4:1920x1080 @ 60 Hz (EXN)
C5:	C5:1920x1080 @ 60 Hz (EXN)
C6:	C5:1920x1080 @ 60 Hz (EXN)
C7:	C5:1920x1080 @ 60 Hz (EXN)
C8:	C5:1920x1080 @ 60 Hz (EXN)
C9:	C5:1920x1080 @ 60 Hz (EXN)
C10:	C5:1920x1080 @ 60 Hz (EXN)

Figure 23. Custom EDID Slots List Example

1. Press the ▲ or ▼ button to move the highlighting to the slot to which you want to save the current display EDID.
2. Press the ◀ or ▶ button to display the output to which the selected EDID will be captured. In figure 23, output 2 (DTP2) was selected and appears in the top panel.
3. Press Enter. The display EDID is saved to the selected custom slot and assigned to the connected inputs.

Input EDID resolutions

Resolution 23.98	Hz 24 Hz	25 Hz	29.97 Hz	30 Hz	50 Hz	59.94 Hz	60 Hz
640x480									X
800x600									X
1024x768									X
1280x768									X
1280x800									X
1280x1024									X
1360x768									X
1366x768									X
1440x900									X
1400x1050									X
1600x900									X
1680x1050									X
1600x1200									X
1920x1200									X
480p								X	X
576p							X
720p				X X	X X X X
1080i							X X X
1080p	X X X X X X X X
2048x1080 (2K)	X X X X X X X X
2048x1200									X
2048x1536									X
2560x1080									X
2560x1440									X
2560x1600									X
3840x2160	X	X	X	X	X	X	X**	X**	X**
4096x2160***
Automatic*	Match current switcher output resolution
Custom EDID	201-210

*Default input EDID
**Rates supported only with 4:2:0 color sampling on an input in DTP or XTP mode.
4:4:4 sampling supported from DTP2 transmitters or on DisplayPort or HDMI inputs only.
***4096x2160 rates are available only for output resolution and cannot be selected for input EDID.

Output Submenu

Extron	DTP2 CrossPoint 82
DEVICE INFO	Output Rate	1080p @ 60 Hz
QUICK SETUP	HDMI 1A Format	Auto
PICTURE CONTROLS	TP 2 Format	Auto
INPUT
OUTPUT	TP 2 Mode	DTP
AUDIO	HDCP Notification	Green w/ OSD
ADVANCED	Loop Out	In2
COMMUNICATIONS	Loop Out Format	Auto
Input 2 Scaled Output 3840x2160 @ 60.00Hz 1080p @ 60 Hz

Figure 24. Output Submenu

The output submenu enables you to configure the output resolution, refresh rate, HDMI and TP format, TP mode, HDCP notification, and Loop Out format and connected input.

- Output Rate — Select this item to specify the output resolution and refresh rate. The DTP2 CrossPoint 82 switchers have a range of resolutions from which to choose (see the Output Resolutions and Refresh Rates table on the next page for the available settings). The available rates depend on the selected resolution.

Ten custom user-defined output rate slots are also available to be defined via SIS commands or via the Capture EDID item on the Input menu.

When a resolution is applied to a user-defined EDID slot, its name is displayed in the Output Resolution panel in the format cn: nnnnxnnnn @ nn (XXX). An example would be C1: 1280x780 @ 60 Hz (EXN) (the last three letters in parentheses represent the name of the manufacturer of the device).

NOTE: The 10 custom, user-defined output rates default to 1080p @ 60 Hz when no custom EDID is captured or uploaded.

Output resolutions and refresh rates

Resolution 23	.98 Hz 24 Hz	25 Hz	29.97 Hz	30 Hz 50 Hz	59.94	Hz 60 Hz
640x480 X
800x600 X
1024x768 X
1280x768 X
1280x800 X
1280x1024 X
1360x768 X
1366x768 X
1440x900 X
1400x1050 X
1600x900 X
1680x1050 X
1600x1200 X
1920x1200 X
480p X X
576p X
720p			X	X	X	X	X	X
1080i						X	XX
1080p	X	X	X	X	X	X	X	X*
2048x1080(2K)	X	X	X	X	X	X	X	X
2048x1200 X
2048x1536 X
2560x1080 X
2560x1440 X
2560x1600 X
3840x2160	X	X	X	X	X	X**	X**	X**
4096x2160	X	X	X	X	X

* Default output resolution
** Rate supported on HDMI output or to DTP2 endpoints only.

- HDMI 1 Format — Select HDMI 1 Format from the list of Output submenu items, then press the ▲ or ▼ buttons to select the output format. The format choices include:

• Auto (based on the EDID of the sink) (default)
• DVI RGB 444
• HDMI RGB 444 Full
• HDMI RGB 444 Ltd
• HDMI YUV 444 Ltd
• HDMI YUV 422 Ltd

- TP 2 Format — Select TP 2 Format from the list of Output submenu items, then press the ▲ or ▼ buttons to select the format. The format choices are the same as for HDMI 1:

• Auto (default, based on the EDID of the sink)
• DVI RGB 444 HDMI RGB 444 Full
• HDMI RGB 444 Ltd
• HDMI YUV 444 Ltd
• HDMI YUV 422 Ltd

• TP 2 Mode — This item lets you select the twisted pair mode of the DTP2/XTP/HDBT Output 2. To switch among modes for the TP output port, select this item and press the ▲ or ▼ buttons to select DTP, XTP, or HDBT.
• HDCP Notification — This item lets you select what is displayed on the HDMI output when the input signal contains HDCP-protected content and the output is a non-HDCP sink. Press Enter to select this item, then press the ▲ or ▼ button to select between:

- Green w/OSD — Displays a green screen with the message HDCP Content on the HDMI output display (default).

- Black Screen — Displays a black screen and the output sync is maintained.

- User Image — Displays a user-uploaded image. To upload images, use the PCS software Logo screen (see the DTP2 CrossPoint 82 Help File for instructions).

• Loop Out — Lets you select the input for the unscaled, looped output. Press Enter to select this item, then press the ▲ or ▼ button to select between inputs 1 through 8.

• Loop Out Format — Lets you select the format of the current loop output. The format choices are:

• Auto (default)
  • DVI RGB 444
  • HDMI RGB 444 Full
  • HDMI RGB 444 Ltd
  • HDMI YUV 444 Ltd
  • HDMI YUV 422 Ltd

Audio Submenu

This menu is available for the scaled DTP2/XTP/HDBT output (output 2) only.

Extron	DTP2 CrossPoint 82 IPCP SA
DEVICE INFO	Audio Mute	Off
QUICK SETUP	Input 5: Audio Format	LPCM-2Ch Auto
PICTURE CONTROLS
INPUT
OUTPUT
AUDIO
ADVANCED
COMMUNICATIONS
Input 5 Scaled Output 3840x2160 @ 30.00Hz 1080p @ 60 Hz

Figure 25. Audio Submenu

The Audio submenu allows you to mute the audio and to set the audio input format. To use this submenu, press Enter to select this item, then press the ▲ or ▼ button to move between the two selections.

- Audio Mute — Select this item to mute and unmute the output audio. You can make the following audio mute selections:

• Off — Audio output is not muted (default).
• On — Mutes both the analog and the embedded digital audio outputs.

- INn: Audio Format — Select this item to choose the audio format for the selected input. The first item on the Audio menu shows the selected format of the audio (see the Audio Format Table on the next page).

NOTES:

• For the twisted pair inputs in DTP mode, the analog audio is taken from the analog audio connector on the DTP Transmitter.
• For the TP inputs in XTP mode, the analog and Auto formats are not available.

Audio Format Table

AudioFormat Selection	Source Details
None	None All audio outputs are muted.
Analog Audio	Analog Utilizes analog Aux input for inputs 1 through 6.Utilizes DTP2 Tx analog input for inputs 7 and 8.Sets the selected input to analog.
LPCM-2Ch	Embedded digital. Sets 2Ch EDID.If LPCM-2Ch audio is present on the input, it is passed to DSP for availability on all analog and digital audio outputs. For 3- or more channel LPCM (such as Dolby or DTS), the signals bypass DSP and are re-embedded in the digital video outputs.
Multi-Ch	Embedded digital. Sets Multi-Ch EDID.If LPCM-2Ch audio is present on the input, it is passed to DSP for availability on all analog and digital audio outputs. For 3- or more channel LPCM (such as Dolby or DTS), the signals bypass DSP and are re-embedded in the digital video outputs.
LPCM-2Ch Auto* (Default)	Embedded digital when present, otherwise uses the Aux 5-pole captive screw input (inputs 1-6) or the 5-pole captive screw input of the connected DTP2 Tx (inputs 7-8).	Sets 2Ch EDID.Defaults to analog audio if digital audio is not detected on the digital video input, or if no digital video input signal is present. If digital audio is detected, LPCM-2Ch signals are passed to DSP. If 3- or more channel LPCM is detected the signals bypass DSP and are re-embedded into the digital video outputs.
Multi-Ch Auto*	Embedded digital when present, otherwise uses the Aux 5-pole captive screw input (inputs 1-6) or the 5-pole captive screw input of the connected DTP2 Tx (inputs 7-8).	Sets Multi-Ch EDID.Defaults to analog audio if digital audio is not detected on the digital video input, or if no digital video input signal is present. If digital audio is detected, LPCM-2Ch signals are passed to DSP. If 3- or more channel LPCM is detected the signals bypass DSP and are re-embedded into the digital video outputs.

*These Auto modes are useful when it is not known whether a source provides embedded digital or analog audio (such as a podium laptop connection).

NOTE: DSP is provided to enable configuration of specific audio features, such as mic/line mixing, signal processing (ducking, feedback suppression, dynamics, equalization, and delay), gain adjustment, volume control, and phantom power.

• Use PCS to configure DSP and other audio parameters for the audio inputs and outputs (see the DTP2 CrossPoint 82 PCS Help File for detailed instructions).
• Use SIS commands to configure non-DSP audio parameters (see the commands for Audio Configuration commands starting on page 61).

Advanced Submenu

Extron	DTP2 CrossPoint 82
DEVICE INFO	Test Pattern	Off
QUICK SETUP	Screen Saver	Black
PICTURE CONTROLS	Screen Saver Timeout	Never
INPUT	IN2: Aspect Ratio	Fill
OUTPUT
AUDIO	IN2: Auto Memory	On
ADVANCED	Input Switch Effect	Seamless Fade
COMMUNICATIONS	Factory Reset	Hold ENTER
Input 2 Scaled Output 3840x2160 @ 60.00Hz 1080p @ 60 Hz

Figure 26. Advanced Submenu

The Advanced submenu enables you to configure the global settings for the unit. The following items are available:

- Test Pattern — Lets you choose a test pattern to use in setting up a display when outputting different resolutions. The test pattern selections include Crop, Alternating Pixels, Crosshatch, Color Bars, Grayscale, and Audio Test (pink noise). The default is Off.

The following test patterns are available:

Figure 27. Available Test Patterns

NOTES:

• By default all test patterns include a single pixel wide crop pattern line.
  • The Audio Test pattern displays a crop pattern and also outputs pink noise at 48 kHz, 24 bit.
• Test pattern selections persist through a power cycle.

- Screen Saver — Configures device behavior when no active input signal is detected. Options include a black (default) or blue screen, or a user provided logo file. Optionally, you can set a timeout to disable the output after a set duration to allow display devices (such as a display screen or projector) to enter a lower power or standby state to increase panel or lamp life.

To configure the screen saver:

1. Select Screen Saver from the Advanced menu and press Enter.

2. Press the ▲ or ▼ button to select the screen saver type. The menu selections are:

3. Black (default)
   • Blue with the OSD message No Signal.

4. User Image — Displays an image that has been previously uploaded to the unit. The location of this image on the screen can be adjusted using SIS commands (see the Horizontal Shift (Logo) and Vertical Shift (Logo) commands on page 72) or PCS (see the DTP2 CrossPoint 82 PCS Help File).

5. Press Enter to confirm your selection.

NOTE: The switcher exits screen saver mode when the front panel Menu or Enter button is pressed, a video test pattern is activated, or an active input is detected.

If the unit is in front panel lock mode (see Front Panel Lockout (Executive Modes) on page 41), pressing a front panel button exits the time-out but access to any front panel controls or the menu system is disabled.

- Screen Saver Timeout — Lets you specify the number of seconds the selected screen saver is displayed before the output sync times out.

To set the sync timeout:

• Select Screen Saver Timeout from the Advanced menu and press Enter.
• Press the ▲ or ▼ button to select the amount of time before output sync times out. You can select a duration of 0 (timeout is immediate) to 500 seconds before the output sync times out. Select Never (501 seconds, the default) to set the sync to never time out.

- INn: Aspect Ratio — Sets the aspect ratio for the selected input to Fill (the default, fills the entire output raster) or Follow (follows the native aspect ratio of the input).

• Fill mode — If you want to set an aspect ratio adjustment for a single input rate, you can select the correct image size and position manually from the Picture Controls submenu (Image Size and Position) (see Picture Controls Submenu on page 27).
• Follow mode — Each input rate is displayed with its native aspect ratio (4:3, 5:4, 16:9, or 16:10) with the correct letter box or pillar box settings, visible under the Image Size and Image Position items on the Picture Controls submenu.

If you want a single input to fill the screen in follow mode, you can manually set the Image Position item on the Picture Controls submenu to 0,0 and set the Image Size to match the current output rate X, Y.

- INn: Auto Memory — Enables or disables Auto Memory. When Auto Memory is set to On (default), the DTP2 CrossPoint 82 stores the current input configuration and picture control values.

The switcher stores 32 auto memories per input, with input configuration and picture control data for each video resolution. The default setting enables these memories to automatically recall input and picture controls for previously applied signals. When auto memories are disabled, the switcher treats every applied signal as a new source.

- Input Switch Effect — Enables you to select the transition effect that is shown on the display while the switcher is switching inputs (see the examples in figure 28). Press the ▲ or ▼ button to select from the following available effects:

Figure 28. Transition Effects

The switch effects, listed below in order of appearance on the menu, include:

• Seamless Fade (default) — Displays a final frozen frame of the previous input while the newly selected input fades in (see figure 28, ②).
• Fade thru Black — The current input fades to black before the newly selected input fades in (3).
• Cut thru Black — The current input instantly cuts to black, then immediately cuts to the newly selected input with no fading in or out (4).
• Seamless Cut — The last frame of video freezes on the screen, then cuts to the newly selected input (1).

- Factory Reset — Resets the unit to its factory default values (removing any user-specified values) while retaining all network settings.

To reset using the OSD menu, press and hold the Enter button until Factory Reset is displayed (approximately 5 seconds). The message remains for approximately 1 minute after the reset is complete to allow time for the display device to sync with the DTP2 CrossPoint 82 output.

NOTE: The equivalent SIS command is Esc ZXXX ←. This command does not affect the current password or the initial factory-set serial number.

For other reset methods, see Reset Modes starting on page 42.

Communications Submenu

Extron	DTP2 CrossPoint 82 IPCP SA
DEVICE INFO	Serial Port Baud Rate	9600
QUICK SETUP	MAC Address	00-05-A6-19-ED-10
PICTURE CONTROLS	DHCP	On
INPUT	IP Address	192.168.254.254
OUTPUT
AUDIO	Subnet Mask	255.255.0.0
ADVANCED	Gateway	0.0.0.0
COMMUNICATIONS
Input 5 Scaled Output 3840x2160 @ 30.00Hz 1080p @ 60 Hz

Figure 29. Communications Submenu

The Communications submenu enables you to view the serial port baud rate and the unit media access control (MAC) address, and to configure the IP address, subnet mask, and gateway address, and DHCP mode.

• Serial Port Baud Rate — Displays the baud rate for the Remote RS-232 serial port (view only). The default is 9600.
  • MAC Address — Displays the MAC address of the device (view only).
• DHCP Mode — When this mode is enabled (On), the unit obtains an IP address and other network settings from the DHCP server. The default is Off.

To enable or disable DHCP mode:

1. Highlight DHCP Mode on the Communications submenu and press Enter.
2. Press the ▲ or ▼ button to select On or Off, and press Enter again.

You can also set the DHCP mode via an SIS command (see Set DHCP mode on page 69), the PCS software, or the internal web page (see Network Settings Panel on page 97).

• IP Address — Press the ◀ and ▶ buttons to select an octet of the IP address. Press the ▲ and ▼ buttons to adjust the value of the selected octet. The default is 192.168.254.254.
• Subnet Mask — Press the ◀ and ▶ buttons to select an octet of the subnet mask address. Press the ▲ and ▼ buttons to adjust the value of the selected octet. The default is 255.255.255.0.
• Gateway — Press the ◀ and ▶ buttons to select an octet of the gateway address. Press the ▲ and ▼ buttons to adjust the value of the selected octet. The default is 0.0.0.0.

Front Panel Lockout (Executive Modes)

The DTP2 CrossPoint 82 switchers have five modes of front panel security lock that limit the operation of the device from the front panel. When the front panel controls are locked, RS-232, USB, and Ethernet control remain operational.

NOTE: All lock modes persist after a power cycle.

The front panel lock mode can be selected using SIS commands (see the Front Panel Lock commands on page 64) and PCS (see the DTP2 CrossPoint 82 PCS Help file).

The following table shows the functionality that is in place for each mode:

Lock Mode Input Switching Logos Volume Adjustment OSD Menu
0 Unlocked	Unlocked Unlocked			Unlocked
1 Locked	Locked Locked			Locked
2 Unlocked	Unlocked Unlocked			Locked
3 Unlocked	Unlocked Locked			Locked
4 Locked	Locked Unlocked			Locked

• Mode 0 — Unlocks front panel functions. This is the default setting.
• Mode 1 — Locks all front panel functions. Pressing the Menu button in this mode causes the message Executive Mode Enabled to appear on the display. This mode can be enabled or disabled only via SIS commands and PCS.
• Mode 2 — Locks all front panel functions except input switching, logos, and volume control. Pressing the Menu button in this mode causes the message Executive Mode Enabled to appear on the display. To enable lock mode 2, press and hold the Menu and Enter buttons simultaneously for 2 seconds.
  • Mode 3 — Locks all front panel functions except input switching and logos.
• Mode 4 — Locks all front panel functions except volume control.

Presets

Two types of presets can be saved to memory slots and recalled and applied as needed. You can save up to 128 input presets and 16 tie presets.

Input and tie presets can be saved and recalled only through SIS commands (see the Presets commands on page 60 and Tie Presets on page 61), and PCS (see the DTP2 CrossPoint 82 PCS Help File).

Input Presets

The DTP2 CrossPoint 82 switchers have 128 memory slots in which you can save input presets. These presets are global to all inputs that contain the settings for use with a matrix switcher. A matrix switcher with multiple types of video inputs (such as an XTP matrix switcher) can be placed upstream from the DTP2 CrossPoint 82 to expand the number of video sources.

• When you recall an input preset, the unit fills the output raster based on the sizing and positioning that it had at the time the preset was saved. For example, a video source that was configured to be zoomed when it was previously saved as a preset is still zoomed, even if recalled to a smaller output raster.
• Input presets can be saved based on one input rate and recalled to a different rate. This enables presets to be used as aspect ratio or other quick-sizing shortcuts. Because the size and position is saved as a percent of the raster, the preset can be recalled to any scaled output and the saved size and position are scaled proportionally on the output.

Values for the following settings are saved in input presets:

• Preset name • Horizontal image position
• Film mode detection • Vertical image position
• Contrast • Horizontal image size (width)
• Brightness • Vertical image size (height)
• Detail

Saving a preset when using a matrix switcher

When using the DTP2 CrossPoint 82 with a matrix switcher, do the following to save a preset:

1. Switch each input of the matrix to the DTP2 CrossPoint 82.
2. Configure each input: size, position, detail, brightness, and contrast.
3. Save the settings to a preset for recall by the control system when that matrix input is routed to any DTP2 CrossPoint 82 input.

Tie Presets

A matrix tie preset is a complete map of all input, logo, and output tie connections that are saved and stored in global memory slots. Up to 16 presets can be saved to any of the available memory addresses.

Power Save Modes

The DTP2 CrossPoint 82 can be placed into a standby (low power) mode via SIS commands (see the Power Save commands on page 70) in order to conserve power. To restore the unit to full power mode, enter the appropriate SIS command, press any front panel button, switch inputs via SIS command, or cycle power to the unit. The following power save modes are supported:

• Mode 0 — Full power mode
- Mode 1 — All non-essential hardware is shut down.
- Mode 2 — All non-essential hardware is shut down, but over-TP functionality and remote power remain enabled.

Reset Modes

The DTP2 CrossPoint 82 switchers have three reset modes. Use a small screwdriver or stylus to press and hold the recessed Reset button to advance through the modes. The green Reset LED blinks to indicate each mode that is enabled (see the Reset Mode Summary table on the next page).

RESET

NOTE: This Reset button and LED are located in the lower-right corner of the rear panel, and are unrelated to the Reset button and LED in the IPCP control panel of the DTP2 CrossPoint 82 IPCP models.

You can also perform resets using the OSD (see Factory Reset on page 39), SIS commands (see the commands for Resets commands on page 66), and PCS (see the DTP2 CrossPoint 82 PCS Help file).

ATTENTION:

NOTE: The reset modes listed close all open IP and Telnet connections and all sockets. Each mode is a separate function, not a continuation.

Reset Mode Summary
Type Activation Purpose and Results			SIS Command Equivalent
Use Factory Firmware	Using an Extron Tweeker or other small screwdriver, press and hold in the recessed Reset button for 30 seconds while applying power to the switcher.	The device reverts to the factory default firmware.Use to revert to the factory default version if incompatibility issues arise with user-loaded firmware.Firmware reverts to the factory default for a single power cycle.All user files and settings (drivers, audio and video adjustments, IP settings, and so on) are maintained.	(None)
	NOTE: After a factory firmware reset, update the device with the latest firmware version. DO NOT operate with the firmware version that results from this mode reset. This temporarily resets the device to factory default until power is recycled.To use factory default firmware,re-upload that version.	NOTE: If you do not want to update the firmware or perform this reset by mistake, cycle power to the device to return to the firmware version running prior to the reset.
Reset Network Settings	Press and hold down the Reset button until the Reset LED blinks two times (at 6 seconds). Then, press Reset momentarily (less than 1 second).	IP settings revert to factory defaults.Use to reset all IP settings back to factory defaults:Port mapping reverts to factory default.DHCP turns off.IP address is set to 192.168.254.254.The Reset LED blinks four times in quick succession during reset.	Esc1ZQQQ←
Full Factory Reset	Press and hold down the Reset button until the Power LED blinks three times (approximately 9 seconds). Then, press Reset momentarily (less than 1 second).	The device reverts to the factory defaults except for firmware.Use to restart with the default configuration.All user modifiable configurations reset to default values including IP settings and real-time adjustments.All user loaded files are deleted.DHCP turns off.Port mapping reverts to factory default.The Reset LED blinks four times in quick succession during the reset.The initial serial number password is removed and set to no password.	EscZQQQ←(Absolute system reset)

RS-232 and IR Signal Insertion

The twisted pair input and output ports allow you to insert RS-232 and IR control signals onto the same cable that carries video and audio to extend them to the Over TP port on a connected endpoint (see figure 31 on the next page and figure 32 on page 46). The control signals can be inserted two ways:

RS-232 communication can be sent to the far end of the twisted pair connection via a LAN or an AV LAN (IPCP models only) connector. A control signal applied to a DTP2 CrossPoint 82 LAN port can be routed to the RS-232 port of any connected twisted pair device (see Ethernet to RS-232 Insertion on the next page).

When connected to an Ethernet LAN, the switcher can be accessed from a computer running a standard Internet browser. Use a patch or crossover cable to connect the DTP2 CrossPoint 82 device to a computer, control device, router, or switch.

Pin T568A Wire Color T568B Wire Color
1 White-green White-orange
2 Green Orange
3 White-orange White-green
4 Blue Blue
5 White-blue White-blue
6 Orange Green
7 White-brown White-brown
8 Brown Brown

Figure 30. Connecting to the LAN Port

The LAN and AV LAN connectors contain two LEDs (see the illustration at right):

1 Link LED — This green LED lights steadily to indicate a LAN connection.
2 Act LED — This amber LED blinks to indicate LAN signal activity.

The default IP address of the switcher is 192.168.254.254, the default subnet mask is 255.255.255.0, and the default gateway address is 0.0.0.0.

The two methods of signal insertion are:

• Ethernet to RS-232 insertion (see Ethernet to RS-232 Insertion) — A control signal applied to the DTP2 CrossPoint 82 LAN port can be routed to the RS-232 port of any connected twisted pair device. The RS-232 insert inputs and outputs inserted via Ethernet can support up to a 115K baud rate.
• Captive screw IR insertion — (IR only) A control signal applied to the IR Over TP captive screw port is tied directly to TP Output 2 (see Captive Screw IR Signal Insertion on page 46).

You must physically connect a cable to the captive screw connector where a control signal is to be inserted.

Ethernet to RS-232 Insertion

Figure 31 on the next page is an example of an Ethernet to RS-232 insertion, in which an Extron controller provides control of an HD camera via the DTP2 CrossPoint 82 and a DTP HDMI 4K 230 transmitter. Configure this type of insertion as follows:

1. Connect a TP cable from the control system to the switcher LAN port, directly or via a network.
2. If necessary to match the device to be controlled, configure the port RS-232 protocol (baud rate, parity, data bits, and stop bits) (see RS-232 protocol on the next page).

graph TD
    A["IPC P Pro 555 Control Processor"] -->|RS-232 Insertion| B["Network"]
    B --> C["DTP CrossPoint 82 (base model)"]
    C -->|RS-232| D["DTP HDMI 4K 230 Tx"]
    D -->|RS-232| E["HD Camera"]
    C --> F["INPUTS (DTP2/XTP)"]
    F --> G["OUTPUTS (DTP2/XP/MSBT)"]
    G --> H["AUDIO INPUTS"]
    H --> I["OUTPUTS"]
    I --> J["REMOTE"]
    J --> K["Network"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333

Figure 31. Typical Ethernet to RS-232 Insertion to an Input Endpoint
3. Connect the TP cable to the endpoint as usual.
4. Connect a serial cable from the endpoint to the device to be controlled.

Port number

For Ethernet to RS-232 insertion, the insertion port number must be stated from a specific universal asynchronous receiver-transmitter (UART) start point. This number is entered as the Telnet port number when you establish communication with the insertion port.
For the purposes of this discussion, consider the Ethernet insertion ports as serial (RS-232) ports. The input insertion port number is the UART start point + 1. The output insertion port number is the UART start point +3. With the default UART start point of 2000, the input and output insertion ports are:

Input Ports	Insertion Port	Output Port	Insertion Port
7	2001	2	2003
8	2002

Changing the starting point

By default the UART start point is 2000. You can change the starting port number by any of the following methods:

• Using the Product Configuration Software (see DTP2 CrossPoint 82 PCS Help file)
• Using SIS commands (see the command to Set UART start point on page 67)

RS-232 protocol

You also may need to set the RS-232 protocol of the addressed port to match the connected device. You can do this using any of the following methods:

• Using PCS (see the DTP2 CrossPoint 82 PCS Help file).
• Using SIS commands (see the Serial Port Configuration on page 67).

Captive Screw IR Signal Insertion

Figure 32 shows an example of a typical captive screw Ethernet insertion, in which an Extron control system provides IR control of a display via the switcher.

graph TD
    A["Control Processor"] -->|IR| B["DTP2 CrossPoint 82 IPCP SA"]
    B --> C["Front Panel: Extron"]
    B --> D["After Panel: DTP HDMI 4K 230 Rx"]
    C --> E["Display"]
    D --> F["IR Emitter"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333

Figure 32. Typical Captive Screw Insertion to an Output Endpoint

To insert IR signals via the Over TP captive screw connector:

1. Connect the COM (serial) port of the control system to the Over TP IR captive screw port (output port 2 in this example).
2. Connect the TP cable from the DTP2 CrossPoint 82 RJ-45 Out connector to the DTP input of the endpoint.
3. Connect the endpoint to the device to be controlled.
4. Wire an IR emitter to the IR connector of the twisted pair receiver, and place the emitter on the display device.

SIS Configuration and Control

The DTP2 CrossPoint 82 switchers can be configured and controlled via SIS commands when connected to a host computer or other device (such as a control system). Attach the host device to the rear panel RS-232 connector or LAN connector, or to the front panel USB port. Commands can be entered using a Telnet application such as the Extron DataViewer, available at www.extron.com (see the DataViewer Help file for more details). The default protocol for the RS-232 connection is 9600 baud, 8 data bits, 1 stop bit, no parity, and no flow control. This section describes SIS communication and control. Topics in this section include:

• Host and Switcher Communication
• SIS Overview
• Command and Response Tables for SIS Commands

Host and Switcher Communication

SIS commands consist of one or more characters per field. No special characters are required to begin or end a command sequence. When the switcher determines that a command is valid, it executes the command and sends a response to the host device. All responses from the switcher to the host end with a carriage return and a line feed

(CR/LF = ←), indicating the end of the response character string (one or more characters).

Copyright Messages

The copyright message is displayed upon connecting to a switcher via USB, Telnet, SIS via SSH or after a power cycle via RS-232, and depends on the switcher model.

(c) Copyright YYYY, Extron Electronics, DTP2 CrossPoint 82 , Vn.nn, 60-1812-0n← Ddd, DDD MMM YYYY HH:MM:SS ← (day, date, and time as in Mon, 09 Dec 2019 11:27:33)

• YYYY is the year.
  • , if applicable, is IPCP SA or IPCP MA 70
• 60-1812- nn is the model part number:
  • DTP2 CrossPoint 82 base model — 60-1812-01
  • DTP2 CrossPoint 82 IPCP SA — 60-1812-02
  • DTP2 CrossPoint 82 IPCP MA 70 — 60-1812-03

• V n.nn is the firmware version number.

Password Messages

If the DTP2 CrossPoint 82 is protected by a password, the following password message prompts you for the password to access the switcher features.

←Password←

The prompt requires a password, followed by a carriage return. The prompt is repeated if the correct password is not entered.

• For initial setup: On the rear panel of the DTP2 CrossPoint 82, a label is attached containing the following:
  The factory-configured passwords for all accounts on this device have been set to the device serial number. Passwords are case-sensitive.
  This means that, for initial setup, you must enter the serial number of your unit at the password prompt (the serial number can be found on another label on the rear panel). This password allows administrator level access. If the correct password is entered, access is granted and the command prompt is displayed. If the password is incorrect, the Password prompt reappears.

NOTE: Performing a unit factory reset (entering an EscZQQQ←SIS command [see page 80] or a Full Factory Reset via the rear panel Reset button [see page 48]) removes the serial number passwords, leaving the unit with no password.

- After a password change: After the initial access, you can keep the serial number password or change it. You can also set administrator and user level passwords (see Passwords on page 72).

When you enter the new password correctly, the unit responds with one of the following, depending on the password entered:

←Login Administrator← or
←Login User← 

(If the password is not accepted, the Password prompt reappears.)

The Login Administrator response represents administrator level access, while the Login User response represents user level access. If the passwords are the same for both administrator and user, the unit defaults to administrator privileges.

If the unit is not password-protected, it is ready to accept SIS commands immediately after it sends the copyright message.

Switcher-initiated Messages

When certain local events occur, the switcher responds by sending a message to the host. No response is required from the host. The following messages may be sent:

• Reconfig ← A change in the current input frequency was detected.
• Hplg0 x2 *x69 ← A hot plug event was detected on output x2. For x69: 1 = assertion, θ = de-assertion
• HdcpI × 1 * × 44 ← A change was detected in the HDCP status of input × 1 .
• Hdcp0 X2 *X44 ← A change was detected in the HDCP status of output X2.
• IN00• 51 *...* 51 ← This message appears when a sync change (detected or removed) occurs on any input. 51 is the video signal status for each input. For 51 , = no input signal detected , 1 = input signal detected.

Error Responses

When the switcher receives a valid command, it executes the command and sends a response to the host device. If the unit is unable to execute the command, it returns an error response to the host.

E01 — Invalid input number E17 — Invalid command for signal type

E10 — Invalid command E22 — Busy

E11 — Invalid preset number E24 — Privilege violation

E12 — Invalid port number E25 — Device not present

E13 — Invalid value E28 — Bad filename or File not found

E14 — Not valid for this configuration E33 — Bad file type for logo

SIS Overview

Using the Command and Response Tables

The Command and Response Tables for SIS Commands starting on page 51 lists the commands that the switcher recognizes as valid, the responses that are returned to the host, a description of the command function or the results of executing the command, and examples of commands in ASCII.

Figure 33. ASCII to Hexadecimal Character Conversion Table

Symbol Definitions

Symbol definitions, including all X variables, can be found on the pages containing the SIS commands to which they apply. Symbols applying to all SIS commands are described below.

• = Space
  ← = Carriage return with line feed
  ← = Carriage return with no line feed
  I = Pipe (can be used interchangeably with the ← character)
  Esc = Escape
  W = Can be used interchangeably with the E character

NOTES:

• Upper- and lowercase text can be used interchangeably unless otherwise stated.
• If the unit does not support or recognize an entered command, it ignores the command and nothing happens.

The table on the next page shows the resolutions and refresh rates of the available EDIDs for the DTP2 CrossPoint 82 Series.

Input EDID and Output Resolutions
Resolution 23.98 Hz	24 Hz 25	Hz 29.97	Hz 30	Hz 50	Hz 59	.94 Hz 60	Hz
Automatic*	^* — Match current switcher output resolution
640x480								10
800x600								11
1024x768								12
1280x768								13
1280x800								14
1280x1024								15
1360x768								16
1366x768								17
1440x900								18
1400x1050								19
1600x900								20
1680x1050								21
1600x1200								22
1920x1200								23
480p							24 25
576p						26
720p			29 30 31 32 33 34
1080i						35 36	37
1080p	38 39	40 41	42 43	44 45**
2048x1080 (2K)	46 47	48 49	50 51	52 53
2048x1200								54
2048x1536								55
2560x1080								56
2560x1440								57
2560x1600								58
3840x2160	59 60	61 62	63 64***	65****	66****
4096x2160***	69 70	71 72	73

*Default input EDID
**Default output resolution
***4096x2160 rates are available only for output resolution and cannot be selected for input EDID.
****4:4:4 color sampling at these scaled output rates is available only to a DTP2 Rx.

Command and Response Tables for SIS Commands

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
InputConfiguration
Input Selection and Ties
Video and audio input	1*2!	In 1*2·All	Tie video and audio from input 1 to output 2 .
Video input	1*2%	In 1*2·Vid	Tie video from input 1 to output 2 .
NOTE: This command applies only to output 1 and output 2.
Audio input	1*2\	In\boxed{x1}*\boxed{x2}\cdot\text{Aud} \leftarrow	Tie audio from input\boxed{x1}to output\boxed{x2}.
NOTE: This command applies only to output 1 and output 2.
View current input	\boxed{x2}!	\boxed{x1} \leftarrow	View the input sources for output\boxed{x2}.
View video input	\boxed{x2}\%	\boxed{x1} \leftarrow	View video source\boxed{x1}for output\boxed{x2}.
View audio input	\boxed{x2}\$	\boxed{x1} \leftarrow	View audio source\boxed{x1}for output\boxed{x2}.
Untie
NOTE: These commands apply only to output 1 and output 2.
Untie all outputs (video and audio)	0*!	In00•All\leftarrow	Untie all audio and video outputs from inputs.
Untie an output (video and audio)	0*\boxed{x2}!	Out\boxed{x2} \cdotIn00•All\leftarrow	Untie output\boxed{x2}video and audio.
Untie an input (video and audio)	\boxed{x1}*0!	Out00•In\boxed{x1} \cdot\text{All} \leftarrow	Untie all outputs from input\boxed{x1}.
Loop Out Tie
Set loop out input	\boxed{\text{Esc}}\boxed{\text{x1}}\text{LOUT} \leftarrow	Lout\boxed{\text{x1}} \leftarrow	Tie the loop output to input\boxed{\text{x1}}.
View loop out input	\boxed{\text{Esc}}\text{LOUT} \leftarrow \boxed{\text{x1}} \leftarrow		View the loop out input.
NOTE: The loop out is always tied to an input (default = 1) and cannot be untied.
Video Input Name
Write input name	\boxed{\text{Esc}}\text{I}\boxed{\text{x1}}*\boxed{\text{x14}}\text{VNAM} \leftarrow	Vnam\boxed{\text{x1}}*\boxed{\text{x14}} \leftarrow	Set name\boxed{\text{x14}}for video input\boxed{\text{x1}}.
View input name	\boxed{\text{Esc}}\text{I}\boxed{\text{x1}}\text{VNAM} \leftarrow	\boxed{\text{x14}} \leftarrow	View name\boxed{\text{x14}}of video input\boxed{\text{x1}}.
NOTE: To clear an input name, enter a single space for\boxed{\text{x14}}. The input name is reset to the default.
KEY:\boxed{\text{x1}}= Input selection	1 = DisplayPort input 12-6 = HDMI or DVI input 2, 3, 4, 5, or 67-8 = DTP2/XTP input 7 or 89 = Aux audio input (audio input selection only)
\boxed{\text{x2}}=Output	1 = HDMI/DVI output 1 (not scaled)2 = DTP2/XTP/HDBT output 2 (scaled)3 = HDMI/DVI Loop output
	NOTE: Tie and untie commands do not apply to the loop output. Use the LOUT command to set loop output ties.
\boxed{\text{x14}}= Input name (text label)	Can contain up to 32 characters, excluding: , (comma), *, and I.Default = Video • Input\boxed{\text{x1}}$ .
Input Configuration (continued)
Input Video Format
View detected input format X1* \	X3←	View video format X3 detected on input X1.
	Verbose modes 2 and 3: VtypX1*X3←
InputEDID
Specify an EDID value Esc A X1*X21 EDID←	EdidA X1*X21←	Assign EDID X21 to input X1.
View assigned EDID Esc A X1 EDID← X21←		View EDID X21 for input X1.
Save the output EDID to a custom slot Esc S X2*X21 EDID←	EdidS X2*X21←	Save the EDID of output X2 to X21.
NOTE: For the Save command, X21 can be 201 through 210 only.
View EDID native resolution Esc N X21 EDID←	nnnnxnnnn · @ nn.nn Hz←	Show the resolution and refresh rate of EDID X21.
	Verbose modes 2 and 3: EdidN X21*nnnnxnnnn · @ nn.nn Hz←
Example: EdidN013*1280x768 @59.87Hz←
Export EDID file Esc X21, {Filename} EDID←		Export EDID X21 to {Filename}.
			EdidE X21←
Import EDID file Esc X21,EDID←		Import EDID X21 from {Filename}.
			EdidI X21←
NOTES:For the Import EDID command, X21 can be 10 through 210. For the Export command, X21 can be 201 through 210.{Filename} can optionally be a full path name. The EDID file format is 128 or 256 bytes of binary data with a .bin extension.Exporting a default EDID ( X21 value of 10 through 76) results in HDMI with LPCM-2Ch audio EDID being exported.
HDCP Authorized
Enable HDCP support Esc E X1*1HDCP←	HdcpE X1*1←	Enable HDCP encryption support for input X1 (default).
NOTE: HDCP Authorized is permanently enabled for DisplayPort IN1.
Disable HDCP support Esc E X1*0HDCP←	HdcpE X1*0←	Disable HDCP encryption support for input X1.
View HDCP support status Esc E X1HDCP←	X10←	View HDCP encryption support status.
KEY:X1 = Input selection 1 = DisplayPort input 12-6 = HDMI or DVI input 2, 3, 4, 5, or 67-8 = DTP2/XTP input 7 or 89 = Aux audio input1 = HDMI/DVI output 12 = DTP2/XTP/HDBT output 23 = HDMI/DVI Loop output0 = Off or disabled1 = On or enabled (default)0 = No input signal detected, 1 = DVI, 2 = HDMI, 3 = DisplayPortSee Input EDID and Output Resolutions EDID table on page 50.InputAspectRatio
Set for fill	Esc X1*1ASPR←	Aspr X1*1←	Set input X1 to always fill the entire output raster (default).
Set to follow	Esc X1*2ASPR←	Aspr X1*2←	Set input X1 to maintain its current native aspect ratio.
View aspect setting	Esc X1ASPR← X39←		View current aspect ratio setting X39 for input X1.
Active Pixels and Lines
View active pixels	Esc X1APIX← X8←	Verbose modes 2 and 3: Apix X1*X8←	View active pixels X8 on input X1.
View active lines	Esc X1ALIN← X9←	Verbose modes 2 and 3: Alin X1*X9←	View active lines X9 on input X1.
3:2, 2:2, and 24:1 Film Mode Detection
Auto	Esc X1*1FILM←	Film X1*1←	Enable automatic film mode detection for input X1 (default).
Off	Esc X1*0FILM←	Film X1*0←	Disable film mode detection for input X1.
View film mode setting	Esc X1FILM← X10←		View the film mode setting for input X1.
Picture Adjustments
Freeze
Enable	1*1F	Frz1*1←	Freeze the output on the screen.
Disable	1*0F	Frz1*0←	Unfreeze the output.
View	1F	X10←	Show the freeze status of the output.
Contrast
Set a specific value	Esc X1*X15CONT←	Cont X1*X15←	Set the range of image light and dark values (contrast level) to X15 for input X1.
Increment contrast value	Esc X1+ CONT← Cont	X1*X15←	Increment contrast level X15 for input X1.
Decrement value	Esc X1- CONT←	Cont X1*X15←	Decrement contrast level X15 for input X1.
View contrast	Esc X1CONT← X15←		View the current contrast level for input X1.
KEY:X1 = Input selection 1 = DisplayPort input 12-6 = HDMI or DVI input 2, 3, 4, 5, or 67-8 = DTP2/XTP input 7 or 89 = Aux audio input
X8 = Active pixels Response is four digits, padded with zeros.
X9 = Active lines Response is four digits, padded with zeros.
X10 = On or Off status θ = Off or disabled
X15 = Picture adjustment θ-127 (default = 64)
X39 = Aspect ratio setting 1 = Fill — Each input rate fills the entire output raster (default).2 = Follow — Each input rate is displayed with its native aspect ratio.
Picture Adjustments (continued)
Brightness
Set a specific value	EscX1*X15BRIT← Brit	X1*X15←	Set the intensity of video light on the screen (brightness level) to X15 for input X1.
Increment value	EscX1+ BRIT←	BritX1*X15←	Increment brightness level X15 for input X1.
Decrement value	EscX1-BRIT←	BritX1*X15←	Decrease brightness level X15 for input X1.
View	EscX1BRIT← X15←		View current brightness level for input X1.
Detail Filter
Set detail level	Esc1*X15HDET←	Hdet1*X15←	Specify the detail (sharpness) level to X15.
Increment value	Esc1+ HDET←	Hdet1*X15←	Increment the detail level.
Decrement	Esc1-HDET←	Hdet1*X15←	Decrement the detail level.
View	Esc1HDET← X15←		View the current detail setting (X15) for the currently selected input.
KEY:X1= Input selection 1 = DisplayPort input 12-6 = HDMI or DVI input 2, 3, 4, 5, or 67-8 = DTP2/XTP input 7 or 89 = Aux audio inputX15= Picture adjustment 0-127 (default = 64)
Horizontal Position (Shift) — Image
Specific value	EscI1*X16HCTR←	HctrI1*X16←	Set the horizontal position of the image in relation to the top left corner of the output raster to X16
Increment value	EscI1+HCTR←	HctrI1*X16←	Shift the image right 1 pixel.
Decrement value	EscI1-HCTR←	HctrI1*X16←	Shift the image left 1 pixel.
View	EscI1HCTR← X16←		View image horizontal center value X16
Vertical Position (Shift) — Image
Specific value	EscI1*X16VCTR←	VctrI1*X16←	Set the vertical position of the image in relation to the top left corner of the output raster to X16
Increment value	EscI1+VCTR←	VctrI1*X16←	Shift the image down by 1 line.
Decrement value	EscI1-VCTR←	VctrI1*X16←	Shift the image up by 1 line.
View	EscI1VCTR← X16←		View image vertical centering value X16
KEY:X16= Horizontal and vertical position (shift) The position is ± the horizontal or vertical position of the highest output resolution.Horizontal position: -4096 to 4096Vertical position: -2400 to 2400Horizontal size: 10 to 8192Vertical size: 10 to 4800Four digit response with zero padding and preceded by + or -.The logo vertical position allows up to ±2400.Horizontal Size — Image
Specific value	EscI1*X17HSIZ←	HsizI1*X17←	Set the horizontal size of the image to X17.
Increase horizontal size	EscI1+HSIZ←	HsizI1*X17←	Widen the image by 1 pixel.
Decrease horizontal size	EscI1-HSIZ←	HsizI1*X17←	Narrow the image by 1 pixel.
View	EscI1HSIZ← X17←		View image horizontal size X17.
Vertical Size — Image
Specific value	EscI1*X17VSIZ←	VsizI1*X17←	Set the vertical size of the image to X17.
Increase vertical size	EscI1+VSIZ←	VsizI1*X17←	Make the image taller by 1 line.
Decrease vertical size	EscI1-V SIZ←	VsizI1*X17←	Shorten the image by 1 line.
View	EscI1VSIZ← X17←		View image vertical size X17.
Compound Image Position and Size — Image
Specific value	Esc1,X16*X16*X17*X17XIMG←Ximg1,X16*X16*X17*X17←		Set the horizontal (x) and vertical (y) position (X16) and horizontal and vertical size (X17) for the image.
View	Esc1XIMG← X16	*X16*X17*X17←	View image x, y position and x, y size.
KEY:X16= Horizontal and vertical position (shift) The position is ± the horizontal or vertical position of the highest output resolution.Horizontal position: -4096 to 4096Vertical position: -2400 to 2400Horizontal size: 10 to 8192Vertical size: 10 to 4800Four digit response with zero padding and preceded by + or -.The logo vertical position allows up to ±2400.Horizontal = 10 to two times the maximum supported output resolutionVertical = 10 to two times the maximum supported output resolution
Output Configuration
Output Video Mute
Unmute output video	X2*0B	VmtX2*0←	Unmute video output X2.
Mute output video	X2*1B	VmtX2*1←	Mute video output X2.
Mute video and sync	X2*2B	VmtX2*2←	Mute video and sync on output X2.
View mute status	X2*B	X42←	View video mute status X42 for output X2.
KEY:X2= Output 1 = HDMI/DVI output 12 = DTP2/XTP/HDBT output 23 = HDMI/DVI Loop outputX42= Output video mute 0 = Unmute video1 = Mute video to black screen2 = Mute video and syncOutput Configuration (continued)
Video Mute — All Outputs
Mute all outputs	1B	Vmt1←	Mute video on all outputs.
Mute video and sync	2B	Vmt2←	Mute video and sync on all outputs.
Unmute video and sync	0B	Vmt0←	Display all outputs.
View global mute	B	X42•X42•X42←Verbose modes 2 and 3: VmtX42•X42•X42←	View video mute status X42 of all outputs.

NOTE: Video is unmuted (default) after a power cycle.

Output Switcher Rate
Set output rate (scaled DTP2 output 2 only)	Esc1*X21RATE←	Rate1*X21←	Select the output resolution and refresh rate (X21).
View output rate	Esc1RATE←	X21←	View the selected output rate.
Video Output Name
Write output name	Esc0X2*X14VNAM←	Vnam0X2*X14←	Set name X14 for video output X2.
View output name	EscC/X2VNAM←X14←		View name X14 of video output X2.

NOTE: To clear an output name, enter a single space for X14. The output name is reset to the default.

KEY:
X2 = Output	1 = HDMI/DVI output 12 = DTP2/XTP/HDBT output 23 = HDMI/DVI Loop output
X14 = Output name (text label)	Can contain up to 32 characters,excluding, (comma),*, and |.Default = Video•Output•X2.
X21 = EDID emulation	SeeInput EDID and Output Resolutionson page 50.
X42 = Output video mute	θ = Unmute video1 = Mute video to black screen2 = Mute video and sync

HDMI Output Format

Set output format	EscX2*X48VTPO←	VtpoX2*X48←	Set the colorspace and format for HDMI output X2 to X48
View format setting	EscX2VTPO← X48←		View the current output colorspace and format for output X2
View auto output format	EscX2*VTPO←	X48←	View the output format when X48 is set to 0 (Auto).

KEY:

2 = Output

1 = HDMI/DVI output 12 = DTP2/XTP/HDBT output 23 = HDMI/DVI Loop output

48 = HDMI output format and colorspace

0 = Auto — HDMI RGB Full to a CEA sink, or DVI to a non-CEA sink1* = DVI — RGB 444, 0-255. Valid for output rates up to 165 MHz2 = HDMI RGB Full — RGB 444, 0-2553 = HDMI RGB Limited — RGB 444, 16-2355 = HDMI YUV 444 Limited — YUV 444, 16-2357 = HDMI YUV 422 Limited — YUV 422, 16-235*If the switcher is in DVI mode and a rate greater than 165 MHz is selected, the HDMI output defaults to HDMI RGB 444 Full.

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
Output Configuration (continued)
HDMI Output Format (continued)
Set video bit depth	EscVX2*X99BITD←	BitdVX2*X99←	Set the bit depth for HDMI output X2 to X99.
View video bit depth	EscVX2BITD← X99←		View current bit depth setting X99 for output X2.
PowerSave
Set power save mode	Esc X62PSAV←	PsavX62←	Set the power save mode to X62.
View power save mode	EscPSAV← X62←		View the current power save mode.
KEY: X62= Power save mode 0 = Full power mode (default)1 = Lowest power state — TP remote power and over TP functions are disabled.2 = Low power state — Over TP and TP remote power are enabled. X99= Video bit depth 0 = Auto: 10-bit depth to sinks with deep color support or 8-bit depth to sinks without it.1 = Force to 8-bit depth (default).
Screen Saver — Scaled DTP2 Output 2 Only (Enabled when there is no active video on selected input)
Set mode	EscM1*X40SSAV←	SsavM1*X40←	Set the screen saver mode for the output to X40.
View mode	EscM1 SSAV← X40←		View the screen saver mode X40 for the output. Default = 1 (black).
Set screen saver duration before output sync timeout	EscT1*X28SSAV←	Ssav T1*X28←	Set the screen saver timeout duration to X28 seconds. Default = 501 (never).
View screen saver duration before output sync timeout	EscT1SSAV← X28←		View screen saver timeout duration X28.
View screen saver status	EscS1SSAV← X63←	Verbose modes 2 and 3: Ssav S 1* X63←	View screen saver status X63.
OSD Menu Duration
Set OSD duration	EscX28MDUR←	MdurX28←	Set the OSD menu duration to X28.
View OSD duration	EscMDUR← X28←		View the OSD menu duration.
KEY: X28= Output sync or OSD menu timeout Number of seconds before output sync or the OSD menu times out.1 through 500 seconds, in 1-second increments0 = Output sync is instantly disabled with no active video from the selected input (not allowed for MDUR command).60 = Default for the MDUR command.501 = Output sync never times out (default for SSAV command).X40= Screen saver mode 1 = Black screen (default)2 = Blue screen with OSD text3 = User image on black screenX63= Screen saver status 0 = Active input detected, timer not running1 = No active input, timer running, output sync still active2 = No active input, timer expired, output sync disabled
Logos — Scaled DTP2 Output 2 OnlyUser-supplied ImageSelect image fileEscAX43,LOGO←LogoAX43,←Assign logoto logo slotX43.
NOTES:The file name must include the extension (.png, .bmp, .jpg, .gif, .tif, and so on).If the logo file is not in the /Graphics directory, include a / before the filename to indicate that it is in the root directory.Example: /Logo123.bmp.
View selected logo fileEscAX43LOGO←View the filename assigned to logo X43.
KEY:X43= User logo number1 through 16. The response is three digits padded with leading zeros.0 = Logo disabled101 = A No Signal user logo is displayed.201 = A user-assigned HDCP logo is displayed.
Clear LogoClear logo slotEscX3*X43PRST←PrstX3*X43←Clear logo slot X43and change its name to [unassigned].
Logo NameWrite nameEscL X43,X14UNAM←Unam L X43,X14←Assign logo name X14 to logo X43.View logo nameEscL X43UNAM←X14←View the name assigned to logo X43
Logo AvailabilityView logo availabilityEscQ LOGO←<16 characters>*<1 character>*<1 character>←Verbose modes 2 and 3:Logo Q <16 characters>*<1 character>*<1 character>←1 = Saved, θ = Empty
NOTE: The first 16 digits denote logo images, the digit immediately following the first * indicates the screen saver logo, and the last digit (following the second *) indicates the HDCP logo.
Logo On or OffDisable logoEscE1*0LOGO←LogoE1*0←Disable display of the current logo.Enable logoEscE1*X43LOGO←LogoE1*X43←Display the logo assigned to slot X43.View logo statusEscE 1LOGO←X43←View logo slot X43 for the enabled logo.
Horizontal Shift (Logo)Specific valueEscL X43*X16HCTR←HctrL X43*X16←Set the horizontal centering of logo X43 to X16.Increment valueEscL X43+HCTR←HctrL X43*X16←Shift logo right 1 pixel.Decrement valueEscL X43-HCTR←HctrL X43*X16←Shift logo left 1 pixel.ViewEscL X43HCTR←X16←View horizontal centering value X16.
KEY:X14= Logo name (text label)Up to 32 characters, excluding:, (comma),*, and|.The default logo name is [unassigned].X16= Horizontal or vertical position (shift)The position is ± the horizontal or vertical position of the highest output resolution.The response is five digits, padded with zeros and preceded by + or -.The logo vertical position allows up to ± 2400.X43= User logo number1 through 16. The response is three digits padded with leading zeros.101 = No signal, screen saver user logo or image is displayed.201 = User HDCP logo displayed
Logos (continued)
Vertical Shift (Logo)
Specific value	EscL X43* X16VCTR←
		VctrL X43* X16←	Set the vertical centering of logo X43 to X16.
Increment value	EscL X43+VCTR←	VctrL X43* X16←	Shift logo down 1 pixel.
Decrement value	EscL X43 - VCTR←	VctrL X43* X16←	Shift logo up 1 pixel.
View	EscL X43VCTR←	X16←	View vertical centering value X16.
KEY:X14 = Logo name (text label)Up to 32 characters, excluding: , (comma), *, and |.The default logo name is [unassigned].X16 = Horizontal or vertical position (shift) The position is ± the horizontal or vertical position of the highest output resolution.The response is five digits, padded with zeros and preceded by + or -.The logo vertical position allows up to ± 2400.X43 = User logo number 1 through 16. The response is three digits padded with leading zeros.101 = No signal, screen saver user logo or image is displayed.201 = User HDCP logo displayed
Logo Key Effect
Disabled	Esc X43*0 LKEF←	Lkef X43*0←	Disable key effect for logo X43.
Transparency	Esc X43*1 LKEF←	Lkef X43*1←	Enable transparency for logo X43
RGB Key	Esc X43*2 LKEF←	Lkef X43*2←	Enable RGB key for logo X43.
Level Key	Esc X43*3 LKEF←	Lkef X43*3←	Enable Level key for logo X43.
Alpha Key	Esc X43*4 LKEF←	Lkef X43*4←	Enable Alpha key for logo X43.
View setting	Esc X43LKEF← X72←	Verbose modes 2 and 3:Lkef X43* X72←	View the current key effect (X72) for logo X43.
Logo Key Effect Level
Specific value	Esc X43* X70 * X71* LKEY←
		Lkey X43* X70* X71←	Set the level for key effect variable X70 to X71 for logo X43.
View setting	EscX43* X70 LKEY←	X71←	View level X71 set for key effect variable X70 for logo X43.
KEY:X16 = Horizontal or vertical position (shift) The position is ± the horizontal or vertical position of the highest output resolution.Response is five digits, padded with zeros and preceded by + or -.The logo vertical position allows up to ± 2400.X43 = User logo number 1 through 16. The response is three digits padded with leading zeros.101 = No signal, screen saver user logo or image is displayed.201 = User HDCP logo displayedX70 = Key effect variable θ = Transparency (available only when X72 = 1)1 = Red of RGB key (available only when X72 = 2)2 = Green of RGB key (available only when X72 = 2)3 = Blue of RGB key (available only when X72 = 2)4 = Level key (available only when X72 = 3)X71 = Key effect setting θ through 255X72 = Key effect θ = Disable, 1 = Transparency, 2 = RGB key, 3 = Level key, 4 = Alpha keyPresetInput Presets
Values Saved in Input Presets
Preset Name H Image Position
Film Mode Detection V Image Position
Contrast H Image Size
Brightness V Image Size
Detail
Recall preset	2*X26.	2RprX26←	Recall input preset X26 for the selected input.
Save preset	2*X26,	2SprX26←	Save input preset X26 for the selected input.
Delete preset	EscX 2*X26 PRST←	PrstX2*X26←	Clear input preset X26 and set its name to [unassigned].
Input Preset Name
Write input preset name	Esc 2*X26, X14 PNAM←	Pnam2*X26, X14←	Set the name of preset X26 to X14.
View input preset name	Esc 2*X26 PNAM← X14←		View the name (X14) of preset X26.
NOTE: Unsaved input presets are shown as [unassigned]. To restore a default preset name (with the format Input•Preset•nnn or Tie•Preset•nn with leading zeros), enter a single space character for X14. These entries are valid only for previously saved presets.
Auto Memories
Enable	EscX1*1AMEM←	AmemX1*1←	Set Auto Memory to On (default state) for input X1. Settings are automatically stored as presets. Previous settings for the incoming signal are recalled.
Disable	EscX1*0AMEM←	AmemX1*0←	Set Auto Memory to Off for input X1. Manual recall of input presets is required to configure the input.
View setting	EscX1 AMEM← X10	←Verbose modes 2 and 3: AmemX1*X10←	View current Auto Memory status X10 for input X1.
KEY:X1 = Input selection 1 = DisplayPort input 12-6 = HDMI or DVI input 2, 3, 4, 5, or 67-8 = DTP2/XTP input 7 or 89 = Aux audio inputX10 = On or off, enable or disable 0 = Off or disabled1 = On or enabledX14 = Preset name (text label) Up to 32 characters, excluding:, (comma),*, and I.X26 = Input preset number 1 through 16. Response is three digits, padded with zeros.
Presets (continued)
TiePresents
Save tie preset	5*X26,	5SprX26←	Save current set of ties as preset X26.
Recall tie preset	5*X26.	5RprX26←	Recall tie preset X26.
Clear tie preset	EscX 5*X26PRST←	PrstX 5*X26←	Clear tie preset X26 and set the preset name to [Unassigned].
Write tie preset name	Esc5*X26,X14PNAM←
		Pnam5*X26,X14←	Set the name of tie preset X26 to X14.
View tie preset name	Esc5*X26PNAM←	X14←	View name X14 of tie preset X26.
KEY: X14 = Tie preset name (text label) Up to 32 characters, excluding , (comma) ,*, and |. X26 = Tie preset number 1 through 16. Response is two digits, padded with zeros. Unsaved preset names default to [unassigned].
Audio Configuration
Audio Input Format
Set input audio format	Esc I X1* X52AFMT←	AfmtI X1* X52←	Set the audio format for input X1 to X52.
View audio input format	Esc I X1AFMT← X52←		View audio input format X52 for input X1.
NOTE: Audio input formats 4 and 5 detect and use embedded digital audio when present. If digital audio is not detected, analog audio is used.
KEY: X1 = Input selection 1 = DisplayPort input 1 2-6 = HDMI or DVI input 2, 3, 4, 5, or 6 7-8 = DTP2/XTP input 7 or 8 9 = Aux audio input
X52 = Audio input format	Format Selection	Details
	0 =	None (input muted) — All audio outputs are muted.
	1 =	Analog Aux — 5-pole captive screw connector*
	2 =	LPCM-2Ch — Embedded in the HDMI input signal. LPCM-2Ch audio is requested from the source via EDID.
	3 =	Multi-Ch — Allows any digital audio format requested from the source via EDID. Audio delay is applied and the signal is re-embedded into the HDMI output signal.
	4 =	LPCM-2Ch Auto Aux (default) — LPCM-2Ch audio is requested from the source via EDID. The switcher uses embedded digital audio when it is present, or defaults to the Aux* Line input when digital is not present.
	5 =	Multi-Ch Auto Aux — Multi-Ch audio is requested from the source via EDID. The switcher uses embedded digital audio when it is present, or defaults to the Aux* Line input when digital is not present..
*On the DTP2 CrossPoint 82, when Input 7 or 8 is set to DTP mode, the switcher uses analog audio from the remote DTP transmitter instead of analog audio from the rear panel of the DTP2 CrossPoint 82. Analog and Auto formats are not allowed on inputs 7 and 8 of the DTP2 CrossPoint 82 when it is set to XTP mode.Audio Configuration (continued)
Audio Input Name
Write name	EscI X4 *X14ANAM←	AnamIX4 *X14←	Set the name of audio input X4 to X14.
View name	EscI X4ANAM←	X14←	View the name of the audio input.
Audio Output Name
Write name	EscO X5 *X14ANAM←	AnamIX5 *X14←	Set the name of audio output X5 to X14.
View name	EscO X5ANAM←	X14←	View the name of the audio output.
Audio Mute
Mute and unmute embedded audio	X2 *X10 Z Amt	X2 *X10←	Mute or unmute (X10) output X2.
View output mute status	X2 *Z Amt	X2 *X10←	View mute status X10 of output X2.
View global mute status	Z	Amt X10 X10 X10	View mute status X10 of all outputs.
KEY: X1 = Input number 1 = DisplayPort input 1 2-6 = HDMI or DVI input 2, 3, 4, 5, or 67-8 = DTP2/XTP input 7 or 8 9 = Aux audio inputX2 = Output number 1 = HDMI 2 = DTP 3 = Loop OutX4 = Audio input 1 = DP 1 2 = HDMI 2 3 = HDMI 3 4 = HDMI 45 = HDMI 5 6 = HDMI 6 7 = TP 7 8 = TP 89 = Aux In 10 = Mic/Line 1 11 = Mic/Line 2 12 = Line In 313 = Line In 4 14 = File Playback L 15 = File Playback RX6 = Audio output 1 = HDMI 1 2 = TP 2 3 = Over DTP Analog 4 = Line Out15 = Line Out 2 6 = Line Out 3 7 = Line Out 4X10 = Enable or disable 0 = Disable (unmuted), 1 = Enable (muted)X14 = Audio input or output name (text label) Can contain up to 32 characters, excluding: , (comma) *, and I. Default = Audio•Input•X1 or Audio•Output•X2
Configure Playback Set file-to-slot association EscA X80,CPLY← CplyAX80,Assign a file to slot X80.can include an optional path.
NOTES: must include the full path name if the file is not in the / Audio directory.The file name must include the extension. Example: song123.mp3.If the file is not in the /Audio directory, a / must be included in front of the name to indicate it is in the root directory. Example: /song123.mp3.
Clear file-to slot-association EscA X80,CPLY← CplyAX80,Remove the audio file from slot X80.
View file-to-slot association EscA X80CPLY←CplyMX80*X83←View the audio file name in slot X80.
Set repeat mode EscM X80*X83CPLY← CplyMX80*X83← Set the audio playback repeat mode for slot X80 to X83
View repeat mode EscM X80CPLY← X83← View the repeat mode set for slot X80
KEY: X80 = Playback slot number 1 through 16 Highest priority for playback is slot 1, descending to lowest priority 16. X83 = Repeat play 0 = No repeat, 1 = Repeat
Configure Playback (continued)
Set delay	EscDX80*X84CPLY←	CplyDX80*X84←	Set the number of seconds the unit waits before repeating playback of the file in slot X80.
View delay	EscDX80CPLY←X84←		View number of seconds delay (X84) set for slot X80.
Write name	EscNX80*X14CPLY←	CplyNX80*X14←	Assign name X14 to the file in slot X80.
NOTE: Saving a file name as a single space repopulates the field with the default name (Audio•File•X14).
View name	EscNX80CPLY←X14←		View the name assigned to the file in slot X80.
Transport
Start and stop playback on a slot	EscX80*X82PLAY←	PlayX80*X82←	Set play/stop state X82 of slot X80
		PlayX80*∅←	Unsolicited message sent when playback of file X80 is complete.
NOTE: Audio file slots are in order of priority, highest (slot 1) to lowest (slot 16). During playback, if a higher priority slot is requested, it takes precedence. The current slot stops playing and the selected higher priority slot begins. If a lower priority slot is requested during playback of a higher priority one, an E22—Busy error message is returned.
View slot status	EscX80PLAY←X82←		View playback status of the audio file in slot X80.
Global playback status	EscPLAY←X80←		View the slot (X80) that is currently playing.
		Verbose modes 2 and 3:
		Play0*0←	No slot is currently playing.
		PlayX80*1←	Playback is active on slot X80.
KEY: X14 = Playback text label Up to 32 characters, excluding:, (comma),*, and I. The default file name is Audio•File•X14. X80 = Playback slot number 1 through 16 Highest priority for playback is slot 1, descending to lowest priority 16. X82 = Playback state θ = Stop or stopped 1 = Play or playing X84 = Playback delay Number of seconds to wait before repeating playback on the current audio file, if repeat has been enabled. 1 through 300 (1-300 seconds delay between repeats). θ = No delay
Advanced Configuration
Test Pattern
Set test pattern	Esc1*X22TEST←	Test1*X22←	Select a test pattern (X22).
View test pattern	Esc1TEST← X22←		View the currently selected test pattern.
Switch Effects
NOTE: Between input switches the audio ramps down and then up.
Set output switch effect	Esc01*X45SWEF←	Swef01*X45←	Set the output switch effect to X45.
View setting	Esc01SWEF← X45←		View the current output switch effect.
Upstream Video Switch Effects
Cut	EscJ1*0SWEF←	SwefU1*0←	Set the upstream video switch effect to Off.
Seamless cut	EscJ1*1SWEF←	SwefU1*1←	Set the switch effect to seamless cut (default).
View setting	EscJ1SWEF← X49←		Show current upstream video switch effect setting X49.
Video Signal Presence
View signal presence	Esc0LS← X61	*...*X61←	View video signal status X61 for all inputs.
		Verbose modes 2 and 3: IN00-X61*...*X61←
Front Panel Lock (Executive Mode)
Enable lock	X29X Exe	X29←	Set front panel lock mode X29.
Disable lock mode	0X	Exe0←	Unlock all front panel controls. All front panel adjustments can be made.
View lock mode status	X	X29← View current lock mode status	X29.
KEY:X22= Test patterns		0 = Off (default) 1 = Crop 2 = Alternating pixels3 = Crosshatch 4 = Color Bars 5 = Crayscale6 = Audio test (crop pattern with orbiting text AUDIO TEST and outputting pink noise at LPCM-2Ch, 48 Hz, 24-bit)0 = Off or disabled (front panel controls fully accessible) (default).1 = Mode 1 — Complete front panel lockout2 = Mode 2 — Allows Input switching, logos, and volume control only3 = Mode 3 — Allows Input switching and logos only4 = Mode 4 — Volume control only
X29= Front panel lock (executive mode)
X45= Video switch effect		0 = Cut through black — The input instantly cuts to black, then cuts to the newly selected input with no fading.1 = Fade through black — The input fades to black before the newly selected input fades in.2 = Seamless fade (default) — Displays a final frozen frame of the previous input while the newly selected input fades in.3 = Seamless cut — The last frame of video freezes on the screen, then cuts to the newly selected input.Between input switches the audio ramps down and then up.
X49= Upstream video switch effect		0 = No switch effect1 = Seamless cut (default) — The last frame of video freezes on the screen, then cuts to the newly selected input.
X61= Video signal status		0 = Video, TMDS, or DP signal not detected1 = Video, TMDS, or DP signal detected
Advanced Configuration (continued)
HDCP Output Mode
Set HDCP mode	EscS 2 * 46 HDCP←	HdcpS 2 * 46 ←	Set the HDCP output mode 46 for output 2 .
View HDCP mode	EscS 2 HDCP← 46 ←		View the HDCP output mode for output 2 .
HDCP Notification
Set HDCP notification	EscN 2 * 47 HDCP←	HdcpN 2 * 47 ←	Set the HDCP notification for output 2 to 47 .
View HDCP notification	EscN 2 HDCP← 47 ←		View the HDCP notification selection.
HDCP Status
Query input	EscI 1 HDCP← 44 ←	Verbose modes 2 and 3:HdcpI 1 * 44 ←	Request HDCP status 44 of input 1 .
Query output	EscO 2 HDCP← 44 ←	Verbose modes 2 and 3:HdcpO 2 * 44 ←	Request HDCP status 44 of output 2

KEY:

x1 = Input	1 = DisplayPort input 12 -6 = HDMI or DVI inputs 2 through 67 -8 = DTP2/XTP inputs 7 and 89 = Aux audio input
x2 = Output	1 = HDMI/DVI output 12 = DTP2/XTP/HDBT output 23 = HDMI/DVI Loop output
x44 = HDCP status	0 = No sink or source device detected1 = Sink or source detected but no HDCP present2 = Sink or source detected with HDCP
x46 = HDCP output mode	0 = Off — Disable all HDCP authentication and encryption attempts.1 = Follow input (with a maximum of 10 seconds of authentication trials, default)2 = Encrypt output (with a maximum of 10 seconds of authentication trials3 = Follow input (with continuous authentication trials)4 = Encrypt output (with continuous authentication trials)
x47 = HDCP notification mode	0 = Black screen — Notification disabled (mute output, default)This is the only available option for the unscaled HDMI output 1 and the loop output (output 3).1 = Green screen with OSD bug (orbiting message)2 = User image with black screen background

NOTE: A green screen with HDCP Content orbiting text or an HDCP user logo is visible only if a single HDCP non-compliant display is attached, or if both attached displays are non-HDCP compliant. If the DTP2 CrossPoint 82 is connected to one compliant and one non-compliant display at the same time, only a green or black screen with no text or logo appears on the non-compliant display.

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
Advanced Configuration (continued)
Twisted Pair Protocol
Set input TP type	EscI[X1]*X67HDBT←	HdbtIX1*X67←	Set the TP protocol for input X1 to X67. (X1 can be 7 or 8 only.)
View input TP protocol	EscI[X1]HDBT← X67←		View current TP protocol setting for input X1.
Set output TP protocol	EscO 2*X67HDBT←	HdbtO[X2]*X67←	Set the TP protocol for DTP2/XTP/ HDBT Output 2 to X67.
View output TP protocol	EscO 2HDBT←	X67←	View TP protocol setting for output 2.
KEY: X1 = TP input 7 = DTP2/XTP input 7, 8 = DTP2/XTP input 8 X67 = DTP protocol setting θ = DTP format (default), 1 = XTP format, 2 = HDBaseT format (output only)
DTP Remote Power Parameters
ATTENTION: Ensure that the correct remote DTP power setting is used. Sending DTP2 power to a DTP (series 1) endpoint can result in hardware damage. Enable DTP2 power only to a compatible DTP2 endpoint. Assurez-vous de bien régler l'alimentation DTP à distance. L'envoi d'une alimentation DTP2 à un point de connexion DTP (ancienne gamme) peut provoquer des dommages matériels. Assurez une alimentation DTP2 uniquement vers un point de connexion DTP2 compatible.
Set input remote power	EscI[X1]*X66RPWR←	RpwrIX1*X66←	Set the remote power on input X1to X66 (X1 can be 7 or 8 only.)
View input remote power	EscI[X1]RPWR← X66←		View remote power setting for input X1.
Set output remote power	EscO 2*X66RPWR←	RpwrO 2*X66←	Set the remote power for output 2 to X66
View output remote power	EscO 2 RPWR←	X66←	View remote power setting for output 2.
NOTE: The remote power state for HDBT and XTP modes is forced to Off (θ). Attempts to change the power setting while the unit is not in DTP mode result in an E14 (Not valid for current configuration) error message.
KEY: X1 = TP input 7 = DTP2/XTP input 7, 8 = DTP2/XTP input 8 X66 = DTP remote power status θ = No remote power (default) 1 = DTP - 12 VDC 2 = DTP2 - 48 VDC
Resets
System reset (partial reset) EscZXXX←	Zpx←	Reset all device settings to factory defaults
Absolute system reset EscZQQQ←	Zpq←	Set all device settings plus DHCP and the IP address to factory defaults. DHCP = Off, IP address = 192.168.254.254. This command also removes the initial serial number passwords that are set at the factory and resets them to no password.
Absolute system reset, retain IP settings EscZY←	Zpy←	Same as absolute system reset (EscZQQQ←) except that IP address, subnet mask, gateway address, DHCP, and port mapping are not reset.
Resets (continued)
Erase user-supplied files^24 28	Esc EF ←	Del•←
Erase current directory and its files^24 28	Esc /EF←	Dd1←
Erase current directory and subdirectories ^24 28	Esc //EF←	Dd1←
Erase flash memory ^24	Esc ZFFF ←	Zpf←
Serial Port Configuration
Set serial port parameters	Esc X57 * X58 , X59 , X60 , X61 CP ←
		Cpn X57 *Ccp X58 , X59 , X60 , X61 ←	Set the Remote RS-232 port parameters.
View the serial port parameters	Esc X57 CP ←	X58 , X59 , X60 , X61 ←
		Verbose modes 2 and 3:
		Cpn X57 *Ccp X58 , X59 , X60 , X61 ←
			View port parameters X58 , X59 , X60 and X61 of port X57 .
Set UART start point	Esc X65 MD ←	Pmd X65 ←	Set the port number start point for the over TP Universal asynchronous receiver-transmitter (UART).
View UART start point	Esc MD ←	X65 ←	View the port number start point for the over TP UART.
KEY: X57 = Remote port number 1 = Remote port (3-pole captive screw)7 = Universal asynchronous receiver-transmitter (UART) on TP input 78 = Universal asynchronous receiver-transmitter (UART) on TP input 89 = UART on TP output 2 X58 = Baud rate of port 300, 600, 1200, 1800, 2400, 3600, 4800, 7200, 9600 (default), 14400, 19200, 28800, 38400, 57600, 115200 X59 = Parity Odd, Even, None (default), Mark, Space (only the first letter is required). X60 = Data bits 7 or 8 (default) X61 = Stop bits 1 (default) or 2 X65 = UART port start point Start point for UART ports: Rear panel RS-232 = X65 .TP IN 7 = X65 + 1TP IN 8 = X65 + 2TP OUT 2 = X65 + 3Default = 2000 (meaning IN7 = 2001, IN8 = 2002, OUT2 = 2003)
Backup and Restore Configuration
Save unit configuration	Esc 1 * X85 XF ←	Cfg1* X85 ←	Back up the current unit configuration as type X85 to a file in the unit file system.
Restore unit configuration	Esc 0 * X85 XF ←	Cfg0* X85 ←	Restore saved configuration type X85 .
KEY: X85 = Configuration type θ = IP configuration (ip.cfg)2 = Unit-specific parameters (box.cfg)NOTE: Configuration files are stored in the directory /nortxe-backup, created on the unit by the Save command.
Information Requests
General information	1^*I Vid	1 Typ3 Amt10 Vmt42 Hrt13 Vrt13 Verbose modes 2 and 3:Inf00*Vid 1 Typ3 Amt10 Vmt42 Hrt13 Vrt13 View video input signal type, audio mute status, video mute status, and horizontal and vertical frequencies.
Query model name	1I	35 Verbose modes 2 and 3:Inf01* 35	View the unit model name (x35) .
Query firmware version	Q	n.nn Verbose modes 2 and 3:Ver01*n.nn	View the unit firmware version to the second decimal place.
Query full firmware version	*Q	n.nn.nnnn Verbose modes 2 and 3:Bldn.nn.nnnn	View the unit firmware version with its build number.
Query part number	N	36 Verbose modes 2 and 3:Pno 36	View unit part number 36 for the model.
Query unit description	2I	37 Verbose modes 2 and 3:Inf02* 37	View DTP2 CrossPoint 82 model description 37 .
View internal temperature	20STAT 12	Verbose modes 2 and 3:20Stat• 12	View unit internal temperature 12 in degrees Celsius.
KEY: 1 = Input selection 1 = DisplayPort input 1 (all models)2-6 = HDMI or DVI inputs 2 through 6 (all models)7-8 = DTP2/XTP inputs 7 and 89 = Aux audio input 3 = Digital video format θ = No signal, 1 = DVI, 2 = HDMI, 3 = DisplayPort 10 = On or off, enable or disable θ = Audio unmuted, 1 = Audio muted 12 = Internal temperature In degrees Celsius. Response is two digits, padded with a zero. 13 = Horizontal and vertical frequencies nnn.nn. Response is three digits with two decimal places. 35 = Model name DTP2•CrossPoint•82DTP2•CrossPoint•82•IPCP•SADTP2•CrossPoint•82•IPCP•MA•70 36 = Part number DTP2 CrossPoint 82 (base model)—60-1615-01DTP2 CrossPoint 82 IPCP SA—60-1615-02DTP2 CrossPoint 82 IPCP MA 70—60-1615-03 37 = Model description Digital•Presentation•MatrixDigital•Presentation•Matrix,•IPCP•PRO•355M,•and•Stereo•AmplifierDigital•Presentation•Matrix,•IPCP•PRO•355M,•and•Mono•Amplifier 42 = Video output mute θ = Unmuted1 = Muted to black screen2 = Muted video and sync
Information Requests (continued)
Set verbose mode	EscX34CV←	VrbX34←	Set the verbose mode to X34 and enable or disable tagged responses (additional information provided in response to a query).
View verbose mode	EscCV← X34←		View the current verbose mode.

KEY:

x34 = Verbose mode

θ = None (default for LAN connection)

1 = Verbose mode (default for RS-232 and USB connection)
2 = Tagged responses to queries
3 = Verbose mode and tagged responses

NOTES:

- In verbose response mode, the DTP2 CrossPoint 82 returns unsolicited responses for value and setting changes that may result from a signal change, or a setting adjustment made via another interface.

Example: The DTP2 CrossPoint 82 can send out a notice of a change in some setting without receiving a query via a PC or a control system. That change could have been a result of an internal process or a selection made via the PCS program. This is a verbose (wordy) relationship between the controller and a connected device.

- If tagged responses are enabled, all "view" commands return the command string plus the data, the same as in responses for setting a value. For example:

Command: [x1]*\

Response: VtypX1*X3← or X3← (untagged)

IP Control Port Commands

IP Setup

NOTES:

• Changes made to any TCP/IP settings do not take effect until the reboot network command (Esc 2B00T←) is issued.
• The following IP address setup commands that are followed by ^24 require Administrator permission to enter. Attempts to issue them without Administrator status result in an E24 (privilege violation) error message.

Set DHCP mode ^24

Enable or disable DHCP.

View DHCP mode

View the DHCP mode setting.

Set IP address ^24

Set the IP address to x87.

Read IP address

View the current IP address.

Set subnet mask ^24

Set the subnet mask to x89.

View subnet mask

View the subnet mask setting.

Set gateway IP address ^24

Set the gateway IP address to X88.

View gateway IP address

View the gateway IP address setting.

KEY:

x10 = On or off, enable or disable

= DHCP disabled (default), 1 = DHCP enabled

x87 = IP address

Format nnn.nnn.nnn.nnn (192.168.254.254 = default)

Leading zeros in each of the four octets are optional in setting values, and are suppressed in returned values.

x88 = Gateway address

nnn.nnn.nnn.nnn (0.0.0.0 = default)

X89 = Subnet mask

nnn.nnn.nnn.nnn (255.255.255.0 = default)

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
IP Control Port Commands (continued)
IP Setup (continued)
Set the port timeout	Esc0*X64TC←	Pti0*X64←	Set the amount of time in increments of 10 seconds before the port connection times out.
View current port timeout	Esc0TC←X64←		View the set connection timeout of the current connection.
Set the global port timeout	Esc1*X64TC←	Pti1*X64←	Set the amount of time in increments of 10 seconds on all IP connections to this device before the port connection times out.
View global port timeout	Esc1TC←X64←		View the initial timeout setting for new TCP/IP port connections.
View MAC address	EscCH←X90←	Verbose modes 2 and 3: Iph●X90←	View unit Media Access Code (MAC) address X90.
Set LAN IP address, subnet mask, and gateway address24	Esc1*X87/X93*X88CISG←	Cisg 1*X87/X93*X88←
			Set the IP address to X87 for the LAN port (1), the subnet mask prefix to / X93, and the gateway address to X88 at the same time.

NOTE: Setting any values with a CISG command changes the DHCP setting to Off and the Cisg response is followed by Boot2 response (when in verbose mode 2 or 3, see the Set verbose mode commands on page 69).

View all IP settings	Esc1CISG←X87	/×93*×88←	View the IP address, subnet mask (prefix), and gateway address for the unit.
Reboot networking	Esc2BOOT←	Boot2←	Restart the network after IP setting or DHCP changes.

KEY:

x10 = On or off, enable or disable	θ = DHCP disabled (default), 1 = DHCP enabled
x64 = Port timeout	Time in increments of 10 seconds before the port connections time out.1 (10 seconds) through 65000 (650,000 seconds)Default = 30 (300 seconds)
x87 = IP address	Format nnn.nnn.nnn.nnn (192.168.254.254 = default)Leading zeros in each of the four octets are optional in setting values, and a suppressed in returned values.
x88 = Gateway address	nnn.nnn.nnn.nnn (0.0.0.0 = default)
x89 = Subnet mask	nnn.nnn.nnn.nnn (255.255.255.0 = default)
x90 = Hardware (MAC) address	00-05-A6-xx-xx-xx
x93 = Subnet mask in CISG commands	Prefix representing subnet mask bits (subnet mask value in CISG commands).Default = /24, which represents the default subnet mask, 255.255.255.0.

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
IP Control Port Commands (continued)
IP Setup (continued)
Query the number of open connections	Esc CC← X86←		View the number of open connections.
		Verbose modes 2 and 3: IccX86←
Set unit name	Esc X81CN←	Ipn·X81←	Assign a name for the unit.
Set unit name to factory default	Esc·CN←	Ipn·X92←	Reset the unit name to its factory default name.
View unit name	Esc CN← X81←		View current unit name X81.
KEY:X81= Unit name A text string of up to 63 characters.A-Z, θ-9, and the minus sign or hyphen (-) are permitted.The first character must be a letter.The last character cannot be a minus sign or hyphen.No distinction is made between uppercase and lowercase letters.No space or blank characters are permitted.0-Combination of the model name and the last three hexadecimal character pairs of the unit MAC address.Example: DTP2 CrossPoint 82-IPCP-SA-14-9A-B0.
X86= Number of open connections
X92= Default unit name
Echo for SIS over SSH
NOTE:The Echo command applies only to the current SIS via SSH connection. If Disable echo is desired, that command must be sent on each new SIS via SSH connection.
Enable echo	Esc1ECHO←	Echo1←	Operate like an SSH client: SIS characters echo back as they are sent (default).
Disable echo	Esc0ECHO←	Echo0←	Operate like a Telnet client – no echo of sent characters.
View echo status	Esc ECHO← X10←		View the echo setting for the current SIS via SSH connection.
		Verbose modes 2 and 3: EchoX10←
KEY:X10= Echo status θ = Off or disabled, 1 = On or enabled
Passwords
NOTE: Performing a unit factory reset (entering anEscZQQQ←SIS command [seepage 80] or aFull Factory Reset[see page 43] via the rear panelResetbutton) removes the serial number passwords, leaving the unit with no password.
Set administrator password	EscX91CA←	Ipa•X91←	Set the administrator password toX91.
View administrator password	EscCA←	****←or←In verbose modes 2 and 3:Ipa•****←or Ipa←	View the administrator password.
Reset (clear) administrator password	Esc•CA←	Ipa•←	Reset or clear the administrator password.
Set user password	EscX91CU←	Ipu•X91←	Set the user password.
View user password	EscCU←	****←or←In verbose modes 2 and 3:Ipu•****←or Ipu←	View the user password. If there is a valid password, the response is****←. If there is no password, the response is←.
Reset (clear) user password	Esc•CU←	Ipu•←	Reset or clear the user password.
KEY:X91= PasswordThe original factory configured passwords for all accounts on this device have been set to the device serial number. If the unit is reset to factory settings, this password is set to no password.Length is 1-128 characters.All characters are permitted except I.The password cannot be a single space.Passwords are case-sensitive.If the admin password is cleared, the user password is cleared also.
NOTE:A user password cannot be assigned if no administrative password exists. An E14 error code is returned.

Audio Group Master SIS Commands

NOTE: These commands apply only to the DTP2/XTP/HDBT output (output 2).

Group master symbol definitions

- = Space

← = Carriage return with line feed

← = Carriage return with no line feed

I = Pipe (can be used interchangeably with the character)

Esc = Escape

W = Can be used interchangeably with the Esc character

X100 = Object Identification number (OID)

Input Path OIDs:

Line Input Gain Control (2 per channel) OIDs	Line Input
Line Input 1 - DisplayPort L	30000
Line Input 1 - Display Port R	30001
Line input 2 - HDMI L	30002
Line input 2 - HDMI R	30003
Line input 3 - HDMI L	30004
Line input 3 - HDMI R	30005
Line input 4 - HDMI L	30006
Line input 4 - HDMI R	30007
Line input 5 - HDMI L	30008
Line input 5 - HDMI R	30009

Gain Control continued) OID
Line input 6 - HDMI L	30010
Line input 6 - HDMI R	30011
Line input 7 - DTP2/XTP L	30012
Line input 7 - DTP2/XTP R	30013
Line input 8 - DTP2/XTP L	30014
Line input 8 - DTP2/XTP R	30015
Aux line input L	30016
Aux line input R	30017

Mic/Line/File Player Input Gain	OID
Mic/Line Input 1	40000
Mic/Line Input 2	40001
Line Input 3	40002
Line Input 4	40003
File player L	40004
File player R	40005

Mic/Line/File Player Pre-mixer Gain	OID
Mic/Line Input 1	40100
Mic/Line Input 2	40101
Mic Input 3	40102
Mic Input 4	40103
File player L	40104
File player R	40105

Output Attenuation (2 per channel) OID Output Attenuation
HDMI L	60000
HDMI R	60001
DTP2/XTP/HDBT L	60002
DTP2/XTP/HDBT R	60003
DTP Analog L	60004
DTP Analog R	60005

ion (continued) OID
Line Output 1	60006
Line Output 2	60007
Line Output 3	60008
Line Output 4	60009
Amp L or Mono	60010
Amp R	60011

X101 = Group master number

X103 = Soft limit high value (in dB)

X104 = Soft limit low value (in dB)

X105 = Group master value

X106 = Increment or decrement value

X107 = Group master mute status

1 through 10

Preconfigured group. Can alternatively be an alias, which is the user-defined group name enclosed in braces ( { } ).

For gain value with a resolution to 0.1, multiply by 10. The valid range of X103 must be within the range of X105 to set an upper limit of gain group master X101.

For gain value with a resolution to 0.1, multiply by 10. The valid range of X104 must be within the range of X105 to set a lower limit of a gain group master X101.

For gain value with a resolution to 0.1, multiply by 10. For mute values, use 0 or 1 as the value.

For gain value with a resolution to 0.1, multiply by 10. For mute values, use 0 or 1 as the value.

θ = unmuted, 1 = muted

Signal Flow — DTP2 CrossPoint 82 IPCP MA 70

graph TD
    subgraph Switcher Input Tab
        A1["LINE IN 1 DP"] --> B1["GAIN/MUTE"]
        A2["LINE IN 2 HDMI"] --> B2["GAIN/MUTE"]
        A3["LINE IN 3 HDMI"] --> B3["GAIN/MUTE"]
        A4["LINE IN 4 HDMI"] --> B4["GAIN/MUTE"]
        A5["LINE IN 5 HDMI"] --> B5["GAIN/MUTE"]
        A6["LINE IN 6 HDMI"] --> B6["GAIN/MUTE"]
        A7["LINE IN 7 DTP"] --> B7["GAIN/MUTE"]
        A8["LINE IN 8 DTP"] --> B8["GAIN/MUTE"]
        A9["AUX IN L/R"] --> B9["GAIN/MUTE"]
    end

    subgraph Output Tab
        C1["DSP: Delay, Filter, Dynamics"] --> D1["Attenuation/ Mute"]
        C2["DSP: Delay, Filter, Dynamics"] --> D2["Attenuation/ Mute"]
        C3["DSP: Delay, Filter, Dynamics"] --> D3["Attenuation/ Mute"]
        C4["DSP: Delay, Filter, Dynamics"] --> D4["Attenuation/ Mute"]
        C5["DSP: Delay, Filter, Dynamics"] --> D5["Attenuation/ Mute"]
        C6["DSP: Delay, Filter, Dynamics"] --> D6["Attenuation/ Mute"]
        C7["DSP: Delay, Filter, Dynamics"] --> D7["Attenuation/ Mute"]
        C8["DSP: Delay, Filter, Dynamics"] --> D8["Attenuation/ Mute"]
        C9["DSP: Delay, Filter, Dynamics"] --> D9["Attenuation/ Mute"]
        C10["DSP: Delay, Filter, Dynamics"] --> D10["Attenuation/ Mute"]
        C11["DSP: Delay, Filter, Dynamics"] --> D11["Attenuation/ Mute"]
        C12["DSP: Delay, Filter, Dynamics"] --> D12["Attenuation/ Mute"]
        C13["DSP: Delay, Filter, Dynamics"] --> D13["Attenuation/ Mute"]
        C14["DSP: Delay, Filter, Dynamics"] --> D14["Attenuation/ Mute"]
        C15["DSP: Delay, Filter, Dynamics"] --> D15["Attenuation/ Mute"]
        C16["DSP: Delay, Filter, Dynamics"] --> D16["Attenuation/ Mute"]
        C17["DSP: Delay, Filter, Dynamics"] --> D17["Attenuation/ Mute"]
        C18["DSP: Delay, Filter, Dynamics"] --> D18["Attenuation/ Mute"]
        C19["DSP: Delay, Filter, Dynamics"] --> D19["Attenuation/ Mute"]
        C20["DSP: Delay, Filter, Dynamics"] --> D20["Attenuation/ Mute"]
        C21["DSP: Delay, Filter, Dynamics"] --> D21["Attenuation/ Mute"]
        C22["DSP: Delay, Filter, Dynamics"] --> D22["Attenuation/ Mute"]
        C23["DSP: Delay, Filter, Dynamics"] --> D23["Attenuation/ Mute"]
        C24["DSP: Delay, Filter, Dynamics"] --> D24["Attenuation/ Mute"]
        C25["DSP: Delay, Filter, Dynamics"] --> D25["Attenuation/ Mute"]
        C26["DSP: Delay, Filter, Dynamics"] --> D26["Attenuation/ Mute"]
        C27["DSP: Delay, Filter, Dynamics"] --> D27["Attenuation/ Mute"]
        C28["DSP: Delay, Filter, Dynamics"] --> D28["Attenuation/ Mute"]
        C29["DSP: Delay, Filter, Dynamics"] --> D29["Attenuation/ Mute"]
        C30["DSP: Delay, Filter, Dynamics"] --> D30["Attenuation/ Mute"]
        C31["DSP: Delay, Filter, Dynamics"] --> D31["Attenuation/ Mute"]
        C32["DSP: Delay, Filter, Dynamics"] --> D32["Attenuation/ Mute"]
        C33["DSP: Delay, Filter, Dynamics"] --> D33["Attenuation/ Mute"]
        C34["DSP: Delay, Filter, Dynamics"] --> D34["Attenuation/ Mute"]
        C35["DSP: Delay, Filter, Dynamics"] --> D35["Attenuation/ Mute"]
        C36["DSP: Delay, Filter, Dynamics"] --> D36["Attenuation/ Mute"]
        C37["DSP: Delay, Filter, Dynamics"] --> D37["Attenuation/ Mute"]
        C38["DSP: Delay, Filter, Dynamics"] --> D38["Attenuation/ Mute"]
        C39["DSP: Delay, Filter, Dynamics"] --> D39["Attenuation/ Mute"]
        C40["DSP: Delay, Filter, Dynamics"] --> D40["Attenuation/ Mute"]
        C41["DSP: Delay, Filter, Dynamics"] --> D41["Attenuation/ Mute"]
        C42["DSP: Delay, Filter, Dynamics"] --> D42["Attenuation/ Mute"]
        C43["DSP: Delay, Filter, Dynamics"] --> D43["Attenuation/ Mute"]
        C44["DSP: Delay, Filter, Dynamics"] --> D44["Attenuation/ Mute"]
        C45["DSP: Delay, Filter, Dynamics"] --> D45["Attenuation/ Mute"]
        C46["DSP: Delay, Filter, Dynamics"] --> D46["Attenuation/ Mute"]
        C47["DSP: Delay, Filter, Dynamics"] --> D47["Attenuation/ Mute"]
        C48["DSP: Delay, Filter, Dynamics"] --> D48["Attenuation/ Mute"]
        C49["DSP: Delay, Filter, Dynamics"] --> D49["Attenuation/ Mute"]
        C50["DSP: Delay, Filter, Dynamics"] --> D50["Attenuation/ Mute"]
        C51["DSP: Delay, Filter, Dynamics"] --> D51["Attenuation/ Mute"]
        C52["DSP: Delay, Filter, Dynamics"] --> D52["Attenuation/ Mute"]
        C53["DSP: Delay, Filter, Dynamics"] --> D53["Attenuation/ Mute"]
        C54["DSP: Delay, Filter, Dynamics"] --> D54["Attenuation/ Mute"]
        C55["DSP: Delay, Filter, Dynamics"] --> D55["Attenuation/ Mute"]
        C56["DSP: Delay, Filter, Dynamics"] --> D56["Attenuation/ Mute"]
        C57["DSP: Delay, Filter, Dynamics"] --> D57["Attenuation/ Mute"]
        C58["DSP: Delay, Filter, Dynamics"] --> D58["Attenuation/ Mute"]
        C59["DSP: Delay, Filter, Dynamics"] --> D59["Attenuation/ Mute"]
        C60["DSP: Delay, Filter, Dynamics"] --> D60["Attenuation/ Mute"]
        C61["DSP: Delay, Filter, Dynamics"] --> D61["Attenuation/ Mute"]
        C62["DSP: Delay, Filter, Dynamics"] --> D62["Attenuation/ Mute"]
        C63["DSP: Delay, Filter, Dynamics"] --> D63["Attenuation/ Mute"]
        C64["DSP: Delay, Filter, Dynamics"] --> D64["Attenuation/ Mute"]
        C65["DSP: Delay, Filter, Dynamics"] --> D65["Attenuation/ Mute"]
        C66["DSP: Delay, Filter, Dynamics"] --> D66["Attenuation/ Mute"]
        C67["DSP: Delay, Filter, Dynamics"] --> D67["Attenuation/ Mute"]
        C68["DSP: Delay, Filter, Dynamics"] --> D68["Attenuation/ Mute"]
        C69["DSP: Delay, Filter, Dynamics"] --> D69["Attenuation/ Mute"]
        C70["DSP: Delay, Filter, Dynamics"] --> D70["Attenuation/ Mute"]
        C71["DSP: Delay, Filter, Dynamics"] --> D71["Attenuation/ Mute"]
        C72["DSP: Delay, Filter, Dynamics"] --> D72["Attenuation/ Mute"]
        C73["DSP: Delay, Filter, Dynamics"] --> D73["Attenuation/ Mute"]
        C74["DSP: Delay, Filter, Dynamics"] --> D74["Attenuation/ Mute"]
        C75["DSP: Delay, Filter, Dynamics"] --> D75["Attenuation/ Mute"]
        C76["DSP: Delay, Filter, Dynamics"] --> D76["Attenuation/ Mute"]
        C77["DSP: Delay, Filter, Dynamics"] --> D77["Attenuation/ Mute"]
        C78["DSP: Delay, Filter, Dynamics"] --> D78["Attenuation/ Mute"]
        C79["DSP: Delay, Filter, Dynamics"] --> D79["Attenuation/ Mute"]
        C80["DSP: Delay, Filter, Dynamics"] --> D80["Attenuation/ Mute"]
        C81["DSP: Delay, Filter, Dynamics"] --> D81["Attenuation/ Mute"]
        C82["DSP: Delay, Filter, Dynamics"] --> D82["Attenuation/ Mute"]
        C83["DSP: Delay, Filter, Dynamics"] --> D83["Attenuation/ Mute"]
        C84["DSP: Delay, Filter, Dynamics"] --> D84["Attenuation/ Mute"]
        C85["DSP: Delay, Filter, Dynamics"] --> D85["Attenuation/ Mute"]
        C86["DSP: Delay, Filter, Dynamics"] --> D86["Attenuation/ Mute"]
        C87["DSP: Delay, Filter, Dynamics"] --> D87["Attenuation/ Mute"]
        C88["DSP: Delay, Filter, Dynamics"] --> D88["Attenuation/ Mute"]
    end

    subgraph MicroLine Input Tab
        A1["MIC/LINE IN 1"] & A2["MIC/LINE IN 2"] & A3["LINE IN 3"] & A4["LINE IN 4"] & A5["File Player L/R"]
    end

    subgraph MicroLine Test Tab
        B1["File Player L/R"] & B2["File Player L/R"]
    end

    style Switcher Input Tab fill:#f9f9f9
    style MicroLine Input Tab fill:#f9f9f9

Group Masters Legend

1 Mic Volume

2 Mic Mute

3 Program Volume

4 Program Mute

5 Line Volume

6 Line Mute

7 Bass

8 Treble

9 Output Volume

10 Output Mute

Group Master SIS Command and Response Table

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
Audio Group MasterView Group Master
View soft limits	EscLX101GRPM←X103	*X104←In verbose modes 2 and 3: GrpmLX101*X103*X104←	View low soft limit X104and high soft limit X103for group X101.
Group Master Value
Set a group fader value	EscDX101*X105GRPM←	GrpmDX101*X105←	Set the level of group fader X101to X105.
Example:	EscD3*-293GRPM←	GrpmD3*-293←	Set group 3 fader control to -29.3 dB.
View group fader value	EscDX101GRPM←	X105←In verbose modes 2 and 3: GrpmDX101*X105←	View the group fader value.
Increment a group fader value	EscDX101*X106+GRPM←	GrpmDX101*X105←	Increase the gain value of group X101by X106to X105.
Example:	EscD3*30+GRPM←	GrpmD3*-263←	Raise the group 3 fader by 3 dB from -29.3 dB (set in the previous example) to -26.3 dB.
Decrement a group fader value	EscDX101*X106-GRPM←	GrpmDX101*X105←	Decrease the gain value of group X101by X106to X105.
Mute a group	EscDX101*1GRPM←	GrpmDX101*1←	Mute all blocks in group X101.
Unmute a group	EscDX101*0GRPM←	GrpmDX101*0←	Unmute all blocks in group X101.
View group mute status	EscDX101GRPM←	X107←In verbose modes 2 and 3: GrpmDX101*X107←	View the group master mute status.

KEY:

100 = Object ID (OID) number	SeeObject Identification number (OID)on page 20.
101 = Group master group number	1 through 10.Preconfigured group. Can alternatively be an alias, which is the user-defined group name enclosed in braces (\{ }).
103 = Soft limit high value in dB The valid range for 101 .	103 must be within the range for the gain block grouped in
104 = Soft limit low value in dB The valid range for 101 .	104 must be within the range for the gain block grouped in
105 = Group master value	Value in 0.1 dB steps. For gain value with a resolution to 0.1, multiply by 10. For mute values, use θ or 1.Example: -100.0 dB through +80.0 dB is represented by -1000 through 800. The valid range depends on the type of gain block assigned to the group number ( 101 ).
106 = Increment or decrement value	Value in 0.1 dB steps. For gain value with a resolution to 0.1, multiply by 10. For mute values, use θ or 1 as the value.
107 = Group master mute status	θ = unmuted, 1 = muted

Audio DSP SIS Commands

DSP SIS Command Structure

Several digital signal processor (DSP) functions can be configured using SIS commands. Commands entered via PCS are also displayed on the host communication utility screen that is being used for SIS commands (for example, Extron DataViewer).

NOTE: These commands apply only to the DTP2/XTP/HDBT output (output 2).

DSP control commands are a subset of the SIS commands with a specific structure.

- For a Set command, the form of the command string is:

Esc *AU ← where:

• (Object ID) is a five-digit integer identifying the processor (see Object Identification number (OID) on page 20).
• is a letter identifying the parameter.
• is a number indicating the level being set for the parameter.

- For a View (Get) command, the value parameter can be eliminated, so that the command structure for viewing a single parameter is:

Esc AU ←

• The unit response to these commands begins with Ds. The response format is:

Ds*

DSP Command Symbol Definitions

← = Carriage return with line feed

← = Carriage return with no line feed

Esc = Escape

X100 = Object ID (OID) number See the Object Identification number (OID) table.

X110 = Gain value Levels use a 10x multiplier system with no decimal places. For example, a

level of +10.4 dB would be entered as 104 and a level of -3.2 dB would be entered as -32.

[X111] = Mute or Phantom power status = Disabled, 1 = Enabled

DSP SIS Command and Response Table

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
Gain Level
Set gain level	EscG X100* X110 AU←	DSG X100* X110←	Set gain on OID X100 to a value of X110 dB.
Example: (Mic/line input 1)	EscG40000*120 AU←	DSG40000*120←	Set the mic/line input 1 to a level of +12.0 dB.
View gain level	EscG X100 AU←	DSG X100* X110←	Gain on OID X100 is set to a value of X110 dB.
Example: (Mic/line input 1)	EscG40000AU←	DSG40000*550←	Mic/Line input 1 gain is set to +55.0 dB.
Example: (HDMI L output attenuation)	EscG60000AU←	DSG60000*-55←	HDMI L output attenuation is set to a value of -5.5 dB.
Audio Mute
Audio mute	EscM X100*1AU←	DSM X100*1←	Mute audio at X100.
Audio unmute	EscM X100*0AU←	DSM X100*0←	Unmute audio at X100.
Mute status	EscM X100 AU←	DSM X100* X111←	View audio mute status X111.
Phantom power
Enable phantom power	EscZ X100*1AU←	Dsz X100*1←	Phantom power is available only on Mic/Line Inputs 1 and 2.
Disable phantom power	EscZ X100*0 AU←	Dsz X100*0←
Phantom power status	EscZ X100 AU←	Dsz X100* X111←	View Phantom power status X111.
KEY:X100 = Object ID (OID) numberX110 = Gain valueX111 = Mute or Phantom power status		See Object Identification number (OID) on page 20.Levels use a 10x multiplier system with no decimal places. For example, a level of +10.4 dB would be entered as 104 and a level of -3.2 dB would be entered as -32.θ = Disabled, 1 = Enabled

CEC SIS Commands

CEC Symbol Definitions

X201 = CEC mode

θ = Disable CEC operations for this port (default)

2 = Enable insertion (unidirectional)

4 = Enable insertion and publish received CEC messages (bidirectional) (recommended)

x202 = CEC status

θ = CEC disabled

2 = CEC mode 2 enabled but no device detected (unidirectional)
3 = CEC mode 2 enabled and device detected (unidirectional)
4 = CEC mode 4 enabled but no device detected (bidirectional)
5 = CEC mode 4 enabled and device detected (bidirectional)

X203 = Source logical address (our pseudo): 0 through 15 (-1 = Not found or port not enabled)

X204 = Destination logical address (theirs): 0 through 15 (-1 = Not found or port not enabled)

CECLogicalAddresses
Address Device
0	TV
1	Recording Device 1
2	Recording Device 2
3	Tuner 1
4	Playback Device 1
5	Audio System
6	Tuner 2
7	Tuner 3
8	Playback Device 2
9	Recording Device 3
10	Tuner 4
11	Playback Device 3
12	Reserved
13	Reserved
14	Free Use
15	Unregistered (as initiator address)Broadcast (as destination address)

X205 = CEC command: Predefined actions as strings within double quotes. For example:

"PwrOn", "PwrOff", or "ShowMe". Quotation marks are required around the variables.

X206 = Send result

θ = Failed (NAK [not acknowledged])

1 = Success (ACK [acknowledged]) of entire message
2 = Unable to send

X207 = CEC physical address: 4 hexadecimal digits (Example: %32%00)

x208 = CEC device presence:

θ-F = Device address
X = Missing

— = CEC port is off

x209 = CEC data — User selected elements (0 through 15) in the form of a percent sign followed by two hex digits.

Example: %2A%07%FF

X210 = CEC address byte — In the form of % sign followed by two hex digits. Example: %Eθ = Extron output (14) to TV (θ)

Command and Response Table for CEC SIS Commands

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
Enable or Disable CEC Commands
Enable/disable one output CEC	Esc0X2*X201CCEC←	Ccec0X2*X201←
Enable/disable all outputs CEC	Esc0X201*CCEC←	Ccec0X201←
View output CEC status	Esc0X2CCEC←Verbose mode 2/3.	X202*X203*X204←Ccec0X2*X202*X203*X204←
Send CEC Commands
Default Discovered Target Logical Address
Send CEC data to Output (downstream sink)	Esc0X2*X205DCEC←orEsc0X2*X209DCEC←Example:Esc01*”PwrOn”DCEC←	Dcec0X2*X210*X209*X206←	For Send CEC Commands, X205 and X209 can be used interchangeably. However, the response is always a hex representation (X209), for example: %2A%07%FF.
Broadcast to All Devices
Send CEC data to Output (downstream sink)	Esc0X2*15*X205DCEC←orEsc0X2*15*X209DCEC←Example:Esc01*15*”PwrOn”DCEC←	Dcec0X2*X210*X209*X206←

NOTE: Attempting to send a CEC command to an output that is disabled returns an E14 error.

KEY:

X2 = Output 1 = HDMI/DVI output 1, 2 = DTP2/XTP/HDBT output 2, 3 = Loop Out
X201 = CEC mode θ = Disable CEC operations for this IO port (default).
2 = Enable insertion (unidirectional).
4 = Enable insertion and publish received CEC messages (bidirectional).
X202 = CEC status θ = CEC disabled
2 = CEC mode 2 enabled but no device detected (unidirectional)
3 = CEC mode 2 enabled and device detected (unidirectional)
4 = CEC mode 4 enabled but no device detected (bidirectional)
5 = CEC mode 4 enabled and device detected (bidirectional)
X203 = Source logical address (our pseudo) (see the CEC Logical Addresses table on the previous page)
θ through 15
-1 = not found or port not enabled
X204 = Destination logical address (theirs) (see the CEC Logical Addresses table)
θ through 15
-1 = not found or port not enabled (see the CEC Logical Addresses table)
X205 = CEC command Predefined actions as strings (variables) within double quotes: "PwrOn", "PwrOff", "ShowMe". Quotation marks are required around the variables.
X206 = Send result θ = Failed (NAK) device not detected, 1 = Success (ACK) device detected, 2 = Unable to send
X209 = CEC data User selected elements (θ to 15) in the form of percent sign followed by two hexadecimal digits
Example: %2A%07%FF
X210 = CEC address byte In the form of a percent sign followed by two hexadecimal digits
Example: %Eθ = Extron output (14) to TV (θ) 

Command ASCII Command (Host to Switcher)		Response (Switcher to Host)	Additional Description
CEC Usage Examples
NOTE: On the DTP2 output, CEC communication reaches the output of the receiver only when the receiver is standalone DTP or DTP2. If the DTP or DTP2 receiver is not standalone, CEC control may not be possible.
Unidirectional Mode — No CEC received data messages (including answers to queries) desired
Set mode	Esc02*2CCEC←	Ccec02*2←
Send data	Esc02*“PwrOn”DCEC←orEsc02*%04DCEC←	Dcec02*%E0%04*1←	Power on the TV connected to output 2.
BidirectionalMode — CEC received data messages desired
Set mode	Esc03*4CCEC←	Ccec03*4←	Switch the TV connected to output 3 to the device output.
Send data	Esc03*“ShowMe”DCEC←orEsc03*15*82%20%00DCEC←	Dcec03*%EF%82%20%00*1←
Examples of possible unsolicited messages	Dcec03*%0F%32%65%6E%67*1←	TV broadcast command to set the menu language to English (“eng”). TV pings the device to confirm it remains present.
	Dcec03*%0E*1←
NOTE: Asynchronous received data messages from CEC in bidirectional mode (4) format: Dcec0X2*X210X209*X206←
Other CEC Commands
List CEC device presence	EscLQCEC←	*X208...X208←In verbose modes 2 and 3: QcecL**X208...X208←	*output 1 ... output n
Rediscover device on output	EscO X2QCEC←	Qcec0X2*1←Qcec0X2*0*X206←...Qcec0X2*13*X206←
Report physical address of output port	EscO X2PCEC←X207←	In verbose modes 2 and 3: Pcec0X2*X207←	For 1000 (usually first HDMI input on TV)Example: %10%00
KEY:X2= Output X206= Send result X207= CEC physical address X208= CEC device presence X209= CEC data X210= CEC address byte	1 = HDMI/DVI output 1, 2 = DTP2/XTP/HDBT output 2, 3 = Loop Out θ = Failed (NAK) device not detected, 1 = Success (ACK) device detected, 2 = Unable to send 4 hexadecimal digits (Example: %10%00 for 1000) θ-F = Device address, X = Missing, - = CEC port is off User selected elements (θ to 15) in the form of percent sign followed by two hexadecimal digits.Example: %2A%07%FF In the form of a percent sign followed by two hexadecimal digitsExample: %E0 = Extron output (14) to TV (0)

Configuration Software

The Extron Product Configuration Software (PCS) offers a means of configuring and controlling the DTP2 CrossPoint 82 via a USB or TCP/IP connection. The graphical interface includes the same functions as those on the device front panel with additional features that are available only through the software.

This section describes the software installation and communication (see the DTP2 CrossPoint 82 PCS Help file for detailed control information). Topics in this section include:

• Software Installation
• Software Connection
• Software Overview

The control software is compatible with Microsoft Windows operating systems. The software program is available www.extron.com.

Software Installation

To download PCS from the Extron website, locate it on the Download Center page or go to the PCS product page.

Software Download Center Page

Figure 34. Download Center Page on the Extron Website

1. On the Extron website, select the Download tab (see figure 34, ①).
2. Move the pointer to the Software link (②) in the Downloads column and click it.

Figure 35. PCS Download Link

1. On the Download Center page, click the P link (see figure 35, ①).
2. If necessary, scroll to locate PCS from the list of available software programs and click the Download link to the right of the name (②).
3. On the login page that appears next, fill in the required information to log in to www.extron.com (if you need an ID number, see your Extron representative).
4. Follow the instructions on the subsequent screens to complete the software program installation. By default, the configuration program files are stored on your computer at: C:\Program Files (x86) \ Extron \ DTP2 CrossPoint 82.

If there is not already an Extron folder in your Program Files (x86) folder, the installation program creates it as well.

Software Connection

Open the PCS program from the Start menu or desktop shortcut. The Extron Product Configuration Software window opens with the Device Discovery panel open. Connect to the switcher using the Device Discovery panel or the TCP/IP panel.

Device Discovery Panel

The Device Discovery panel displays accessible Extron devices connected directly to the PC or to a LAN or WAN. Devices are identified and sorted by model, IP address, device name, or connection method.

Figure 36. Device Discovery Screen

To sort the list of available devices:

1. Click the Device Discovery tab (see figure 36, ①).
2. Click the desired column heading (②) to sort it in ascending or descending order.

To connect to a device:

1. Click the Device Discovery tab (①).
2. Select the desired device (③).
3. Click the Connect button (⑤). A new device configuration tab opens.

To edit communication settings from the Device Discovery panel:

1. Click the Device Discovery tab (①).
2. Click the Edit button of the desired device ( 4). The Communication Settings dialog box opens.

3. Finalize the settings in one of the following ways:

4. Click the Apply button to accept the changes and return to the Device Discovery panel.

5. Click the Apply and Connect button to accept the changes and connect to the selected device. A new device configuration tab opens.
6. Click the Cancel button to cancel any pending changes and return to the Device Discovery panel.

TCP/IP Panel

The TCP/IP panel connects PCS to a specific device through Ethernet. To access this panel, click the TCP/IP tab to the left of the Device Discovery panel (see figure 37, ①).

Figure 37. TCP/IP Panel

To connect directly to a connected device with a known IP address:

1. In the IP Address/Hostname field of the Target Device panel (②), enter the IP address of the desired device.
2. If required, enter the device password in the Password field.

NOTES:

• The factory configured passwords for all accounts on this device have been set to the device serial number. Passwords are case sensitive.

• If desired, select the Show Characters checkbox (below the Port field) to display the password characters.

• In the Port field (④), enter the port number of the desired device (the default is 23).

• Click the Connect button ( 5). A new device tab opens.

To connect indirectly to a device through a control processor via an AV LAN:

If your DTP2 CrossPoint 82 is connected to an AV LAN, you can connect to it through a control processor such as an Extron IPCP, as follows:

1. In the IP Address/Hostname field of the Target Device panel (②), enter the IP address of the DTP2 CrossPoint 82 on the AV LAN, as well as the port number and the password (if needed).
2. Select the Enable Indirect Connection checkbox (③).
3. In the IP Address/Hostname field of the IP Link Control Processor with AV LAN panel (4), enter the IP address of the control processor connected to the AV LAN.
4. Enter the password if required.
5. Click Connect (see figure 37, ⑤ on the previous page). The TCP/IP window closes and the device configuration window opens.

DTP2 CrossPoint 82 Scaling Presentation Matrix Switchers • Configuration Software 84

Offline Device Preview

Opening a new device tab for an offline device displays the interface and configuration options for the chosen model without connecting to it. However, settings cannot be changed.

To open a switcher device tab:

1. From the Configuration File drop-down menu, select New Configuration File.

Figure 38. Configuration File Drop-Down Menu

The New Configuration File dialog box opens.

Figure 39. New Configuration File Dialog Box

1. Select the desired device model from the Device Models list (see figure 39, ①). In figure 39, DTP2 CrossPoint 82 IPCP SA was selected.
2. Click the Configure button (②). A new offline device configuration tab opens.

NOTE: For details about specific software features, see the DTP2 CrossPoint 82 PCS Help File.

Figure 40. PCS Main Window

Each device screen has a Device drop-down menu for configuration options. The Software menu contains software configuration and information options.

Software Menu

The PCS Software menu (see figure 41) contains options pertaining to PCS settings.

Figure 41. PCS Software Menu

Show Expanded Device Tabs

This option displays the device IP address or connection method in the Device tab.

From the Software menu, select Show Expanded Device Tabs.

Figure 42. Expanded Device Tab (DTP2 CrossPoint 82 Connected through USB)

Software Settings

This option resets all disabled confirmation dialogs to the default settings.

1. From the Software menu, select Software Settings. The Software Settings dialog box opens.

Figure 43. Software Settings Dialog Box

1. Click the Re-enable Confirmation Dialogs button (①). The dialog box closes and the reset is complete. Click the Close button (②) to close the dialog box without re-enabling the confirmation dialogs.

Tutorial

This option displays a general overview of where to find features in the PCS framework.

1. From the Software menu, select Tutorial. The Tutorial dialog box opens.

2. Click the OK button to close the dialog box.

Extron PCS Help

This options opens the PCS help file for general PCS operations.

From the Software menu, select Extron PCS Help.

About Extron PCS

This option contains information about the current PCS version.

1. From the Software menu, select About Extron PCS. The About - Extron PCS dialog box opens.

Figure 44. About - Extron PCS Dialog Box

1. Click the Details button (see figure 44, ①) view the software build number and more information. To display details about third-party software packages and associated licensing, click Licenses (②).

2. Click the OK button (③) to close the dialog box.

Exit

This option disconnects PCS from connected devices and closes the application.

1. From the Software menu, select Exit. If device tabs are open, the Exit dialog box opens.

Figure 45. Exit Dialog Box

1. If necessary, click the Close Session(s) and Exit button (see figure 45, ①) to disconnect the software from connected devices, close all offline device tabs, and close the software. Click the Cancel button (②) to leave the software open.

Device Menu

The Device drop-down menu contains options pertaining to device connection, configuration, and information. For details about all these options, see the DTP2 CrossPoint 82 PCS Help File.

Figure 46. Device Menu

- Disconnect — Disconnects the PCS program from the connected device and closes the device tab.

NOTE: If a device is already disconnected, the Disconnect option is disabled until the device is connected.

- Settings — Opens a submenu containing the following options:

- Hardware Settings — Displays the Hardware Settings dialog box containing device information and side tabs that enable you to change the device name, internal clock, and password of the connected device.

NOTE: The initial factory configured passwords for all accounts on this device have been set to the device serial number. Passwords are case sensitive. In the event of an absolute system reset, the passwords are reset to no password.

It also contains an Edit Communication Settings button, which provides an alternative method of accessing the Communication Settings dialog box.

- Communication Settings — Opens the Communication Settings dialog box on which you can change IP settings of the connected device.

• Reset Device — Opens the Reset Device dialog box, which contains selectable modes for resetting the connected device. In addition, the Communication Settings dialog box contains the unit information that is also displayed in the Hardware Settings dialog box.
• Backup — Enables you to export all audio, video, and communication settings of the connected device to the PC. This exported configuration can be saved as a backup file (with a .extz extension), or used to replicate settings from one device to other devices of the same model. When restoring a configuration, you can select specific device settings.

• Restore — Opens a submenu containing the following restore options:

• Restore this Device — Lets you load a saved configuration for any DTP2 CrossPoint 82 model to the connected device.

• Restore to Multiple Devices — Lets you load a saved configuration file for any DTP2 CrossPoint 82 model to multiple devices on the network.

NOTE: The connected devices must be connected via LAN.

Saved configurations may include audio, video, and communication settings.

- Update Firmware — Opens a submenu from which you can select to upload firmware from the host device to the connected device or to multiple devices.

NOTE: If necessary, download new firmware from the Extron website (see Downloading Updated Firmware on page 100).

• Update Firmware to this Device... — Uploads firmware from the host device to the connected device only.
• Update Firmware to Multiple Devices... — Uploads firmware to multiple devices on the network.

NOTE: The connected devices must be connected via LAN.

• DTP2 CrossPoint 82 Help — Opens the DTP2 CrossPoint 82 PCS Help file in a separate window.
• About This Module — Opens About This Module dialog box, which contains the module part number and firmware version of the connected device.

Internal Web Page

The DTP2 CrossPoint 82 switchers feature an internal web server, displayed as a web page. This page allows you to monitor and adjust certain settings of the DTP2 CrossPoint 82 via a LAN or WAN connection. Use a web browser to view the pages on a PC connected to the switcher LAN port.

This section gives an overview of the internal web page, which is always available and cannot be erased or overwritten. Topics in this section include:

• Accessing the Web Page
  • Web Page Components

Accessing the Web Page

1. Connect the switcher to a LAN or WAN using the rear panel RJ-45 LAN connector (see figures 4 and 5, on page 14, or figure 8, ⑤, on page 19).
2. Open a web browser on a connected PC.
3. Enter the IP address of the device in the browser Address field.

NOTE: The default IP address is 192.168.254.254.

1. Press the key on the keyboard. The Sign in window opens (see figure 47).
2. In the Username field (see figure 47, ①), enter admin or user (optional).

Figure 47. Example of a Network Password Dialog Box

1. Enter the password if one is assigned.

NOTE: The factory configured passwords for all accounts on this device have been set to the device serial number. Passwords are case sensitive. In the event of an absolute system reset, these passwords are reset to no password.

To change the password, see Setting a password on page 94.

1. Click the Sign In button (②).

Web Page Components

① Device Info Panel
② Inputs Panel
③ Roles and Permissions Panel

4 Device Status Panel
⑤ Outputs Panel
6 Firmware Panel

⑦ Network Settings Panel
8 RS-232 Panel
⑨ View rest of inputs

Figure 48. Internal Web Page

NOTE: Figure 48 shows the web page for a DTP2 CrossPoint 82 IPCP SA model. The pages for the other DTP2 CrossPoint 82 models are identical except for the product name in the Device Info panel, and the Inputs panel.

Device Info Panel

The Device Info panel (see figure 48, ①) on the previous page) displays device name, brief product description, and part number, with the option to edit the device name. The panel also contains an Extron link which opens www.extron.com in a new window.

Setting the device name

To edit the device name (TCP/IP hostname), click the Edit button in the lower-left corner of the Device Info panel. The Device Info Settings dialog box opens.

Figure 49. Device Info Settings Dialog Box
To change the name:
1. Click on the default name in the Device Name field (see figure 49, ①). A cursor appears. (The default name is the model name followed by -xx-xx-xx, where xx-xx-xx are the last six characters of the unit MAC address.)
2. Enter a name for the DTP2 CrossPoint 82.
3. Click Save to apply the new name and close the dialog box, or click Cancel to close the dialog box without renaming the device.

Inputs Panel

The Inputs panel (see figure 48, ②) displays the name and signal type of the active input signal as well as its HDCP status.
The following HDCP status indicators may be displayed for a connected input:

Symbol Definition
	The signal is HDCP encrypted.
	The signal is not encrypted.
No Signal	There is no signal detected.

The names of inputs with video-only ties to an output are preceded by a green projector icon. Those with audio-only ties are preceded by a red speaker icon. Those with audio and video ties have no icons preceding them.

To view the status and type of all inputs, click the link (named 7 More) in the lower-left corner of the Inputs panel (⑨) on the previous page to view the Inputs dialog box (see figure 50 on page 93 for an example).

Figure 50 shows an example of a DTP2 CrossPoint 82 Inputs dialog box.

Ties are indicated by a colored bar at the left edge of an input row: green indicates a video tie, red an audio tie, and blue an audio-video tie.

Figure 50. Inputs Dialog Box for an DTP2 CrossPoint 82

When finished viewing the input information, click the X in the upper-right corner of the dialog box to close it.

Roles and Permissions Panel

In this panel (see figure 48, ③ on page 91) you can set and remove administrator and user passwords.

NOTES:

• The initial factory configured passwords for all accounts on this device have been set to the device serial number. Passwords are case sensitive. In the event of an absolute system reset, the passwords are reset to no password.
  • The following rules apply to passwords:
  • Length is 1-128 characters.
  • All characters are permitted except 1.
• The password cannot be a single space unless you are removing the password entirely.
• Passwords are case-sensitive.
• A user password cannot be assigned if no administrator password exists.
• If the Admin password is cleared, the user password is cleared as well.

Setting a password

NOTE: The initial factory configured passwords for all accounts on this device have been set to the device serial number. Passwords are case sensitive. In the event of an absolute system reset, the passwords are reset to no password.

The web password is administrator level. Passwords are case sensitive.

To assign new administrator and user passwords:

1. In the Roles and Permissions panel, click Edit. The Role and Permission Settings dialog box opens
2. In the Admin panel, click the Change Admin Password link and enter the new administrator password in the field below (see figure 51, ①).
3. Click in the Confirm Admin Password field (②) and repeat the password from the Change Admin Password field.

Figure 51. Passwords Dialog Box with Administrator Password Entered

1. If you want to assign a user password, repeat steps 2 and 3 in the User panel (③).
2. When finished, click Save to set the passwords. To close the window without saving a password, click Cancel or the X in the upper-right corner.

To remove an assigned password:

1. In the Change Admin Password or Change User Password field, enter a single space.
2. Enter a single space in the appropriate Confirm Password field.
3. Click Save.

Device Status Panel

The Device Status panel (see figure 48, ④, on page 91) displays the current date, time, time zone, the amount of time the device has been running (Uptime), and internal temperature in degrees Celsius.

Syncing the DTP2 CrossPoint 82 to the PC

To set the DTP2 CrossPoint 82 date and time to match that of your computer:

Click Sync to PC at the bottom of the Device Status panel. When the sync is completed, the message shown in figure 52 appears in the upper-right corner of the screen.

Figure 52. Sync to PC Success Message

Editing the date, time, and time zone

1. Click the Edit link in the lower-left corner of the panel. The Edit Device Status dialog box opens.

Figure 53. Edit Device Status Panel for Date and Time Setting

1. Set the time, date, and time zone as desired:

- Date and Time — In the Date | Time field (see figure 53, ①), either click on the hour and minute text fields and type in the time, or click the Datepicker or Timepicker icons (②) to display the following panels:

Figure 54. Datepicker and Timepicker Screens

• Date — On the Datepicker screen, either select the desired date from the calendar (current month only) or click TODAY to display the current date in the Date | Time field. To select a different month, click the right and left arrows at the top of the screen to display the desired month and year.
• Time — On the Timepicker screen, click on the hour or minutes above the clock, then click on the desired number on the clock. To display the current time in the Date | Time field, click NOW. Select the AM or PM radio button.

- Time Zone — In the Timezone field, select the desired time zone from the drop-down list (see figure 53, ③).

1. When finished entering settings, click Save (4) to confirm them, or Cancel to close the dialog box without implementing the settings.

Outputs Panel

The outputs panel (see figure 48, 5 on page 91) displays the resolution and refresh rate of the outputs, their signal type (HDMI, DTP, or DVI), and the HDCP status of all connected outputs.

The following status symbols may be displayed for connected outputs:

Symbol Definition
	The display is HDCP compliant.
	The display is not HDCP compliant.
No Display	No display is connected.

Firmware Panel

The Firmware panel (6) displays the current firmware version and the date it was last updated. You can also update the firmware on your DTP2 CrossPoint 82 from this panel (firmware files can be downloaded from www.extron.com, see Downloading Updated Firmware on page 100).

To update firmware:

1. In the Firmware panel, click the Select File button.
2. In the Open dialog box, browse to locate the new firmware file on your computer (by default the file is stored at C:\Program Files (x86)\Extron\Firmware after being downloaded from the Extron web page).

NOTE: Firmware files for DTP2 CrossPoint 82 have a .eff extension. Do not attempt to load any other file types.

1. Double-click the firmware file name. The Open window closes, and the selected firmware file name appears in the Update Firmware panel on the web page (see figure 55, 1).

Figure 55. Firmware Update Dialog Box with a Firmware File Selected

1. Click Update to begin ( ②). (If you want to cancel the update, click the X button in the upper-right corner of the Update Firmware panel.)

During the updating process, a window appears in the middle of the screen, showing the progress of the update: Uploading, Initializing, Writing to Flash, and Rebooting (see figure 56).

graph LR
    A["Uploading"] --> B["Initializing"]
    B --> C["Writing to Flash"]
    C --> D["Rebooting"]

Figure 56. Firmware Update Progress Window

When the update is completed, the progress window closes and the message Firmware Upload Complete appears near the top of the screen. The new firmware filename appears beside Version in the Firmware panel of the web page.

Network Settings Panel

In the Network Settings panel (see figure 48, 7, on page 91), you can set the IP address, subnet mask, and gateway address for your DTP2 CrossPoint 82, and turn DHCP on and off. You can also view the MAC address of the unit. To set the IP addresses:

1. Click Edit in the lower-left corner of the Network Settings panel. The EDIT Network Settings screen opens.

Figure 57. Edit Network Settings Screen

1. Edit the network settings as desired:

2. DHCP — Click the DHCP button (see figure 57, ①) to toggle DHCP on and off. When DHCP is enabled (On), the unit configures its IP address and other network settings from the DHCP server. The default is Off.

3. IP Address, (②), Subnet mask (③), and Gateway address (④) — To set any of these addresses, click in the desired field and enter the address.

4. When finished editing, click Save to confirm your changes or Cancel to close the window without making changes. You can also close the window by clicking the X in the upper-right corner of the screen.

NOTE: If DHCP is being enabled, the web page attempts to redirect and connect to the unit via the unit name (TCP/IP hostname). If a static IP address is being set, the web page attempts to connect to the new IP address.

RS-232 Panel

The view-only RS-232 panel (see figure 48, ⑧ on page 91) displays the RS-232 protocol for the DTP2 CrossPoint 82 serial port. The defaults are:

• Baud rate — 9600
• Parity Bit — N (none)
• Data bits — 8
• Stop bits — 1

Reference Information

This section provides reference or supplemental information. Topics in this section include:

• Mounting
  • Downloading Updated Firmware
  • Licensed Third-Party Software Used in the Switchers

Mounting

Tabletop Mounting

Attach the provided rubber feet to the bottom four corners of the enclosure.

Rack Mounting

The DTP2 CrossPoint 82 can be rack-mounted using the preinstalled rack ears brackets.

UL guidelines for rack mounting

The following Underwriters Laboratories (UL) guidelines pertain to the safe installation of the DTP2 CrossPoint 82 in a rack.

CAUTION:

• Elevated operating ambient temperature — If the equipment is installed in a closed or multi-unit rack assembly, the operating ambient temperature of the rack environment may be greater than room ambient temperature. Therefore, install the equipment in an environment compatible with the maximum ambient temperature (TMA = +122 °F, +50 °C) specified by Extron.
• Reduced air flow — Install the equipment in a rack so that the amount of air flow required for safe operation of the equipment is not compromised.
• Mechanical loading — When mounting the equipment in the rack, ensure that uneven mechanical loading does not cause a hazardous condition.
• Circuit overloading — When connecting the equipment to the supply circuit, consider the effect that circuit overloading might have on overcurrent protection and supply wiring. Consider equipment nameplate ratings when addressing this concern.
• Reliable earthing (grounding) — Maintain reliable grounding of rack-mounted equipment. Pay particular attention to supply connections other than direct connections to the branch circuit (for example, use of power strips).

Downloading Updated Firmware

Figure 58. Downloading Firmware from the Extron Website

1. On the www.extron.com, click the Download tab (see figure 58, ①).
2. Move the pointer to the Firmware link (②) in the Downloads column and click it.

Figure 59. D Link on Firmware Download Center Page

1. On the Download Center screen, click the D link (see figure 59, ①).
2. Ensure the available firmware version is a later version than the current one on the device.

NOTE: The firmware release notes provide details about the changes between different firmware versions. The file can be downloaded from the same page as the firmware.

1. Click the Download link to the right of the desired device.
2. On the login page that appears next, fill in the required information to log in to www.extron.com (if you need an Insider Account, see your Extron representative).
3. Follow the instructions on the subsequent screens to complete the software program installation. By default, the configuration program files are stored on your computer at: C:\Program Files(x86)\Extron\Firmware\DTP2 CrossPoint 82.

If there is not already an Extron folder in your Program Files x86 folder, the installation program creates it as well.

Licensed Third-Party Software Used in the Switchers

The switchers use various licensed third-party software packages during operation. To view details about third-party packages and associated licensing, see the following:

• PCS — To view a copy of a listed package license, select About PCS from the PCS menu. Click the Licenses button in the About - Extron PCS dialog box, then click the View PDF link beside the desired license name. A copy of the package license opens in a separate page. When finished viewing license information, click the OK button to close the About - Extron PCS dialog box.
• IPCP Pro 355M web page — For DTP2 CrossPoint 82 IPCP models, you can view details about third-party packages and associated licensing used by the IPCP control processor by clicking the License Information button on the internal web pages of the IPCP Pro 355M control processor. A License Information window opens. To view a copy of a listed package license, in the License Information window, click the link in the License column for the relevant package. This opens a copy of the package license in a separate window. A list of licenses is also available in the Pro Series Control Product Network Ports and Licenses Guide at www.extron.com.

The following table lists the licensed third-party software packages used by the switchers.

NOTE: Licensed third-party software packages used by the switchers are subject to change without notice.

Licensed Third-party Software Used in DTP2 CrossPoint 82 Models
Package License	Package License
avahi GNU LGPL	v2.1 lightpd BSD
bstrib BSD Linux	GNU GPL v2
busybox GNU GPL	v2 lua	MIT
bzip2 BSD lua-cjson	MIT
cjson MIT	luafilesystem	MIT
expat MIT	luasocket	MIT
ExtJS 4 Sencha	Commercial License	luastruct	MIT
fcgi	fcgi	mtd	GNU GPL v2
freetype	FreeType License	ncurses	MIT
gnupg-1.4.7	GNU GPL v2	openssh	BSD
gpgme	GNU LGPL	openssl	OpenSSL
ifplugd	GNU GPL	PAM	BSD
jpeg	libjpeg	pcre	BSD
libassuan	GNU LGPL	psmisc	GNU GPL v2
libcgicc 3.2.3	GNU LGPL v2.1 qt	GNU LGPL v2.1
libcurl	ICS	socat GNU GPL v2
libdaemon	GNU GPL v2.1	spawn-fcgi	BSD
libdnet	BSD sqlite	public domain
libgpg	GNU LGPL v2.1 xinetd	custom
libpcap	BSD zlib	zlib
libpng	libpng license

Extron Warranty

Extron warrants its powered products against defects in materials and workmanship for a period of three years from the date of invoice. In the event of malfunction during the warranty period, Extron will repair or replace a products to whatever extent it shall deem necessary to restore the product to proper operating condition.

This Limited Warranty does not apply if the fault has been caused by misuse, improper handling care, electrical or mechanical abuse, abnormal operating conditions or non-Extron authorized modification to the product. Extron Electronics makes no further warranties either expressed or implied with respect to the product and its quality, performance, merchantability, or fitness for any particular use. In no event will Extron Electronics be liable for direct, indirect, or consequential damages resulting from any defect in this product even if Extron Electronics has been advised of such damage. Please note that laws vary from state to state and country to country, and that some provisions of this warranty may not apply to you.

Powered Warranty Exception

Everlast™ Power Supplies — Extron warrants Everlast power supplies against any defects in materials and workmanship for a period of seven years from the date of invoice. In the event of a malfunction during the warranty period, Extron will repair or replace the power supply to its original operating condition. Extron engineers will examine the returned product and determine whether the Everlast Power Supply Warranty or Powered Product Warranty applies.

Speakers — Extron warrants Flat Field®, SoundField®, SpeedMount®, Column Array, and System INTEGRATOR® speakers against any defects in materials and workmanship for a period of five years from the date of invoice.

Touchscreens — Extron warrants touchscreen display and overlay components against any defects in materials and workmanship for a period of one year from the date of invoice.

Annotator 300 — Extron warrants the Annotator 300 against any defects in materials and workmanship for a period of five years from the date of invoice.

Non-Powered Warranty Exception

Cable Cubby, Hideaway Surface Access Enclosures and Retractors — Extron warrants Cable Cubby cable access enclosures, HSA Hideaway Surface Access enclosures, and Retractor cable retraction modules for a period of three years from the date of invoice.

Active Cables and Active Adapters — Extron warrants active cables and active adapter cables for a period of three years from the date of invoice.

Cable Termination Tools and Dies — Extron warrants cable termination tools for a period of three years from the date of invoice, excluding the die.

Return Information

Units must be returned insured, with shipping charges prepaid. If not insured, you assume the risk of loss or damage during shipment. Returned units must include the serial number and a description of the problem, as well as the name of the person to contact in case there are any questions.

NOTE: To assure the highest level of service, a return authorization number must be obtained from Extron before products are returned for service. Products must be shipped to Extron, prepaid along with proof of purchase only after obtaining a Return Authorization (RA) number from the Extron Customer Support department.

Please contact Extron to receive an RA (Return Authorization) number:

USA: 714.491.1500 or 800.633.9876

Asia: 65.6383.4400

Europe: 31.33.453.4040 or 800.3987.6673

Japan: 81.3.3511.7655

Africa and Middle East: 971.4.299.1800